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   <name first="Christian" middle="" last="Helft"></name>
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 <title> ICHEP 2010</title>
 <description>&lt;table style="width: 70%;"&gt;&lt;tbody&gt;&lt;tr&gt;&lt;td align="justify"&gt;
&lt;p&gt; &lt;/p&gt;
&lt;p&gt; &lt;/p&gt;
&lt;p&gt;&lt;font face="Verdana, Arial, Helvetica, sans-serif" size="-2"&gt;The French particle physics community is particularly proud to have been selected to host the 35th ICHEP conference in 2010 in Paris. This conference is the focal point of all our field since more than fifty years and is the reference event where all important results in particle physics cosmology and astroparticles are presented and discussed. This alone sufficed to make this event very important. But in 2010, a coincidence of exceptional events made this conference even more attractive! What is then so special about ICHEP 2010 conference? It was the first ICHEP conference where physics results obtained at the LHC were presented! New results about the elusive Higgs boson, or signals of physics beyond the standard model were therefore expected at this conference! Major discoveries in other domains such as gravitational waves, neutrino telescopes, neutrino oscillations, dark matter or in the flavour sector were also possible, just to name a few.&lt;/p&gt;

&lt;p&gt;&lt;font face="Verdana, Arial, Helvetica, sans-serif" size="-2"&gt;In addition , 2010 is an important date to shape up the future of our field. Several major projects presented the status of their Conceptual or Engineering Design Reports during the conference. The International Linear Collider (ILC) Global Design Effort team presented the report corresponding to the end of their Technical Design Phase 1. The Compact Linear Collider (CLIC) also reported on its Conceptual Design Report. Other major projects such as Super B factories were also presented. These reports together with LHC physics results will form the basis for key political decisions needed to be taken in the years to come.&lt;/font&gt;&lt;/p&gt;

&lt;p&gt;&lt;font face="Verdana, Arial, Helvetica, sans-serif" size="-2"&gt;In summary, there can be no doubt that Paris was the place to be in summer 2010 for anyone interested in High Energy Physics and we made every effort to make your stay as interesting and enjoyable as possible.&lt;/font&gt;&lt;/p&gt;

&lt;p&gt;The next ICHEP conference, &lt;a href="http://www.ichep2012.com.au/"&gt;ICHEP2012&lt;/a&gt;, will take place in Australia.&lt;/p&gt;&lt;/td&gt;    &lt;/tr&gt; &lt;/tbody&gt;&lt;/table&gt;</description>
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  <duration>01:00</duration>
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   <startDate>2010-07-22T09:00:00</startDate>
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   <abstract>We report on the monitoring and optimization of the beam conditions in early LHC operation :
luminosity monitoring, optimization and calibration, beam-spot size and position and machine induced backgrounds</abstract>
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   <startDate>2010-07-22T09:25:00</startDate>
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   <abstract>The high resolution of the LHCb vertex detector allows for precise measurements of vertex positions of beam-gas and beam-beam interactions. From these measurements beam parameters such as width and position can be inferred. A novel method will be presented for determining the absolute luminosity at the LHC using these directly measured beam parameters, in combination with beam intensity information provided by the accelerator. Results will be shown for both the 2009 and 2010 run, and prospects for the ultimate precision of this method will be discussed. A forward look will also be given to alternative methods of luminosity determination which with data samples of ~1 fb−1 will offer the possibility of ~1% level precision. These include measurements of the production rate of elastic two photon dimuon production, and studies based on W and Z production in the forward region.
In addition, luminosity measurements at ATLAS and CMS will also be discussed.</abstract>
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   <title>Performance of the ATLAS Trigger with Proton Collisions at the LHC</title>
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     <name first="John" middle="" last="Baines"></name>
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   <startDate>2010-07-22T09:45:00</startDate>
   <endDate>2010-07-22T09:58:00</endDate>
   <duration>00:13</duration>
   <abstract>The ATLAS trigger has been used very successfully to collect collision data during 2009 and 2010 LHC running at centre of mass energies of 900 GeV, 2.36 TeV, and 7 TeV. The trigger system reduces the event rate, from the design bunch‐crossing rate of 40 MHz, to an average recording rate of 200Hz. The ATLAS trigger is composed of three levels. The first (Level 1) uses custom electronics to reject most background collisions, in less than 2.5μs, using information from the calorimeter and muon detectors. The upper two trigger levels, known collectively as the High Level Trigger (HLT), are software‐based triggers. As well as triggers using global event features, such as missing transverse energy, there are selections based on identifying candidate muons, electrons, photons, tau mesons or jets. We give an overview of the performance of these trigger selections based on extensive online running during LHC collisions and describe the progress towards fully commissioning these triggers. Distributions of key selection variables based on calorimeter and tracking information are shown calculated at the different trigger levels and are compared with offline reconstruction. We include examples of online triggering of Standard Model physics such as candidate W‐boson decays. Comparisons between data and simulations are shown for some important selection variables, already illustrating a very good level of understanding of the detector and trigger performance. We describe how the trigger has evolved with increasing LHC luminosity and give a brief overview of plans for forthcoming LHC running.</abstract>
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     <title></title>
     <name first="" middle="" last="CMS Collaboration"></name>
     <organization></organization>
     <email>manfred.krammer@cern.ch</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle  Maillot</room>
   </location>
   <startDate>2010-07-22T10:00:00</startDate>
   <endDate>2010-07-22T10:13:00</endDate>
   <duration>00:13</duration>
   <abstract>The CMS trigger system has been designed to cope with unprecedented luminosities and accelerator bunch-crossing rates of up to 40 MHz at LHC. The High-Level-Trigger (HLT) combines in a novel way the traditional L2 and L3 trigger components which are implemented in a commercial Filter Farm with thousands of CPUs. The flexibility of a contiguous software environment allows the coherent tuning of the HLT algorithms to accommodate multiple physics channels and enhance the CMS physics reach. We will report on the trigger commissioning of the HLT with the first LHC pp collisions at 900 GeV, 2.36 TeV and 7 TeV and discuss the first results on the trigger performance.</abstract>
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   <ID>472</ID>
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   <track>01 - Early Experience and Results from LHC</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>LHCb trigger system</title>
   <speakers>
    <user>
     <title></title>
     <name first="Eric" middle="" last="Van Herwijnen"></name>
     <organization>CERN</organization>
     <email>eric.van.herwijnen@cern.ch</email>
    </user>
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   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="LHCb Collaboration"></name>
     <organization></organization>
     <email>victor.egorychev@cern.ch</email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle  Maillot</room>
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   <startDate>2010-07-22T10:15:00</startDate>
   <endDate>2010-07-22T10:28:00</endDate>
   <duration>00:13</duration>
   <abstract>The Large Hadron Collider beauty experiment (LHCb) is a dedicated heavy flavour physics experiment at the LHC. The trigger system employs the finite lifetime and relative large mass of charm and beauty hadrons to distinguish heavy flavour and background from inelastic pp-scattering. The LHCb trigger is a two level system. The first level is implemented in hardware, it reduces the visible interaction rate to a maximum of 1MHz, at which the whole detector can be readout. The second trigger level is a C++ application running on an Event Filter Farm composed of several thousand CPU nodes. The full trigger is operational in the  experiment. In this talk, an overview of the LHCb trigger system will be given. We put special emphasis on the experience obtained with the initial data taking at the LHC, and the commissioning and monitoring of the software trigger. The method to obtain the efficiency of the trigger from real data will be described, and first results will be presented.</abstract>
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  <code>04-1</code>
  <title>04 - Hadronic Structure, Parton Distributions, soft QCD, Spectroscopy</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Volker" middle="" last="Burkert"></name>
    <organization>Jefferson Lab</organization>
    <email>burkert@jlab.org</email>
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  <location>
   <name></name>
   <address>None</address>
   <room>Salle 251</room>
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  <startDate>2010-07-22T09:00:00</startDate>
  <endDate>2010-07-22T10:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>228</ID>
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   <title>Extraction of Compton Form Factors from DVCS data</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Michel" middle="" last="Guidal"></name>
     <organization>CNRS/IPN Orsay</organization>
     <email>guidal@ipno.in2p3.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Michel" middle="" last="Guidal"></name>
     <organization>CNRS/IPN Orsay</organization>
     <email>guidal@ipno.in2p3.fr</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-22T09:00:00</startDate>
   <endDate>2010-07-22T09:18:00</endDate>
   <duration>00:18</duration>
   <abstract>Generalized Parton Distributions (GPDs) allow to describe the structure of the nucleon in a very rich and unprecedented way: they contain the correlations between the (transverse) position and (longitudinal) momentum distributions of the partons in the nucleon, they allow to derive the orbital momentum contribution of partons to the nucleon's spin, they provide an access to the nucleon's (q-qbar) content, etc... GPDs can be accessed experimentally through the exclusive leptoproduction of a photon (``Deep Virtual Compton Scattering", DVCS) -and possibly of a meson-. In this presentation, we will present the result of our fitter code which aims at extracting, in a largely model-independent way, the GPD information (Compton Form Factors -CFF-) from experimental data. We will show the results of this code applied to the JLab and HERMES DVCS data. In particular, we have extracted some first important constraints on the Htilde CFF, from the HERMES and CLAS DVCS data obtained with a longitudinally polarized proton target. The kinematical dependence (xB,t) of these CFFs provides some new insights on nucleon structure.</abstract>
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    <id>0</id>
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   </type>
   <title>On chiral-odd Generalized Parton Distributions</title>
   <speakers>
    <user>
     <title></title>
     <name first="Samuel" middle="" last="Wallon"></name>
     <organization>LPT, Université Paris-Sud, CNRS, Orsay and UPMC Univ. Paris 06</organization>
     <email>samuel.wallon@th.u-psud.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Samuel" middle="" last="Wallon"></name>
     <organization>LPT, Université Paris-Sud, CNRS, Orsay and UPMC Univ. Paris 06</organization>
     <email>samuel.wallon@th.u-psud.fr</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title></title>
     <name first="Bernard" middle="" last="Pire"></name>
     <organization>CPhT, Ecole Polytechnique, Palaiseau</organization>
     <email>bernard.pire@cpht.polytechnique.fr</email>
    </user>
    <user>
     <title></title>
     <name first="Lech" middle="" last="Szymanowski"></name>
     <organization>Soltan INS, Warsaw</organization>
     <email>lech.szymanowski@fuw.edu.pl</email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-22T09:20:00</startDate>
   <endDate>2010-07-22T09:28:00</endDate>
   <duration>00:08</duration>
   <abstract>The chiral-odd transversity generalized parton distributions  of the nucleon can be accessed experimentally through the exclusive photoproduction process gamma + N -&gt; pi + rho + N', in the kinematics where the meson pair has a large invariant mass and the final nucleon has a small transverse momentum, provided the vector meson is produced in a transversally polarized state. Estimated counting rates show that the experiment is feasible with  real or quasi real photon beams expected at JLab@12 GeV and in the COMPASS experiment. (Phys Letters B688,154,2010)
In addition, a consistent classification of the chiral-odd pion GPDs beyond the leading twist 2 is presented. Based on QCD equations of motion and on the invariance under rotation on the light-cone of any scattering amplitude involving such GPDs, we reduce the basis of these chiral-odd GPDs to a minimal set.</abstract>
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   <ID>268</ID>
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   <type>
    <id>0</id>
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   </type>
   <title>The nucleon's transversity and the photon's distribution amplitude  probed in lepton pair photoproduction</title>
   <speakers>
    <user>
     <title></title>
     <name first="Lech" middle="" last="Szymanowski"></name>
     <organization>Soltan INS, Warsaw</organization>
     <email>lech.szymanowski@fuw.edu.pl</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Lech" middle="" last="Szymanowski"></name>
     <organization>Soltan INS, Warsaw</organization>
     <email>lech.szymanowski@fuw.edu.pl</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title></title>
     <name first="Bernard" middle="" last="Pire"></name>
     <organization>CPHT Ecole Polytechnique</organization>
     <email></email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-22T09:30:00</startDate>
   <endDate>2010-07-22T09:38:00</endDate>
   <duration>00:08</duration>
   <abstract>We describe a new way to access the chiral odd transversity parton distribution in the proton through the photoproduction of lepton pairs. The basic ingredient is the interference of the usual Bethe Heitler or Drell-Yan amplitudes with the amplitude of a process, where the photon couples to quarks through its chiral-odd distribution amplitude, which is normalized to the magnetic susceptibility of the QCD vacuum. A phenomenology of single and double spin observables emerges from the unusual features of this amplitude (Phys.Rev.Lett.103:072002,2009).</abstract>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Deeply Virtual Exclusive Reactions with CLAS</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Valery" middle="" last="Kubarovsky"></name>
     <organization>Jefferson Lab</organization>
     <email>vpk@jlab.org</email>
    </user>
   </speakers>
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    <user>
     <title></title>
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     <email>vpk@jlab.org</email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
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   <startDate>2010-07-22T09:40:00</startDate>
   <endDate>2010-07-22T09:58:00</endDate>
   <duration>00:18</duration>
   <abstract>Deeply Virtual Exclusive Reactions with CLAS
Deeply virtual exclusive reactions offer an unique opportunity to study the structure of the nucleon at the parton level as one varies both the size of the probe, i.e. the photon virtuality Q^2, and the momentum transfer to the nucleon t. Such processes can reveal much more information about the structure of the nucleon than either inclusive electroproduction (Q^2 only) or elastic form factors (t=-Q^2). A dedicated experiments to study Deeply Virtual Compton Scattering (DVCS) and Deeply Virtual Meson Production (DVMP) has been carried out in Hall B at Jefferson Lab. DVCS  helicity-dependent and helicity–independent cross sections, as well as  beam  spin asymmetry, and  cross sections and asymmetries for the π0 and η exclusive electroproduction in a very wide kinematic range of Q^2, xB and t  have been measured with CLAS.  The preliminary data will be presented for the wide kinematic range in Q^2=1-4.5 GeV^2, xB=0.1-0.5 and t up to 2 GeV^2. We view the work presented in this report as leading into the program of the Jefferson Lab 12 GeV upgrade. The increased energy and luminosity will allow us to make the analysis at much higher Q^2 and xB and perform Rosenbluth L/T separations of the cross sections.

Exclusive electroproduction of the rho+ meson on the proton at CLAS
We will present our latest results on rho+ exclusive electroproduction on the proton measured with the CLAS detector of Jefferson Lab. We have measured for the first time ever for this process the longitudinal and transverse parts of the cross sections in the kinematic domain 0.15&lt;x_B&lt;0.70 and 1.5&lt;Q^2&lt;5 GeV2. We will discuss the interpretation of these data in terms of traditional t-channel Reggeon exchanges as well as in the latest Generalized Parton Distributions formalism. We will compare our results to the other exclusive vector meson channels measured at CLAS and in other facilities: rho, omega and phi.


DVCS Beam Spin Asymmetries with CLAS
The nucleon structure remains a fundamental question in hadronic
physics despite more than 50 years of experimental scrutiny. Its first descriptions were based on Form Factors (FFs) and Parton Distribution Functions (PDFs) accessible through elastic and deep inelastic scattering respectively. Over the past decade there has been an intense theoretical and experimental activity to unify these two approaches which ensued from the development of the Generalized Parton Distributions (GPDs). GPDs parameterize the non-perturbative content of the nucleon. Linked to both FFS and PDFs, they correlate the information in position and momentum spaces, allowing for the first time to have access to a 3-dimensional picture of the nucleon. The simplest way to measure the GPDs is through the measurement of the Virtual Compton Scattering process in the Deeply Virtual region (DVCS). This presentation will focus on the DVCS Beam Spin Asymmetry measurement performed by using data collected with the CLAS spectrometer housed in the Hall B of Jefferson Lab. The corresponding experiment was the first one dedicated to DVCS in Hall B. It took place in two separate runs, the first one in 2005 and the last in 2008-2009 with a slightly modified setup with respect to the first part. Results obtained from the 2005 experiment will be shown. A description of the recently completed second part of the experiment and corresponding preliminary results will be given as well.</abstract>
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  <contribution>
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    <id>0</id>
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   </type>
   <title>Deeply Virtual Compton Scattering off deuteron and twist three contributions</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Igor" middle="" last="Anikin"></name>
     <organization>Joint Inst. for Nuclear Research</organization>
     <email>anikin@theor.jinr.ru</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Igor" middle="" last="Anikin"></name>
     <organization>Joint Inst. for Nuclear Research</organization>
     <email>anikin@theor.jinr.ru</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-22T10:00:00</startDate>
   <endDate>2010-07-22T10:13:00</endDate>
   <duration>00:13</duration>
   <abstract>We study a deeply virtual Compton scattering off a spin-one particle, as the case for coherent scattering on a deuteron target. We discuss the role of twist three contributions for restoring the gauge invariance of the amplitude corresponding to this process. We consider both kinematical and dynamical sources of twist three generalized parton distributions. The role of the QCD equations of motion is discussed in detail. We derive a new kind of the Wandzura-Wilczek relations between the twist-2 and twist-3 generalized  parton distributions.</abstract>
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    <id>0</id>
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   </type>
   <title>Medium Modification of Vector Mesons</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Chaden" middle="" last="Djalali"></name>
     <organization>University of South Carolina</organization>
     <email>djalali@physics.sc.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Chaden" middle="" last="Djalali"></name>
     <organization>University of South Carolina</organization>
     <email>djalali@physics.sc.edu</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Dr.</title>
     <name first="Michael" middle="" last="Paolone"></name>
     <organization>University of South Carolina</organization>
     <email>paolone@caprine.physics.sc.edu</email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Mike" middle="" last="Wood"></name>
     <organization>Canisius College</organization>
     <email>wood5@canisius.edu</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Rakhsha" middle="" last="Nasseripour"></name>
     <organization>George Washington University</organization>
     <email>rakhsha@jlab.org</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Dennis" middle="" last="Weygand"></name>
     <organization>Thomas Jefferson National Accelerator Facility</organization>
     <email>weygand@jlab.org</email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-22T10:15:00</startDate>
   <endDate>2010-07-22T10:28:00</endDate>
   <duration>00:13</duration>
   <abstract>The theory of the strong interaction, Quantum Chromodynamics (QCD), has been remarkably successful in describing high-energy and short-distance-scale experiments involving quarks and gluons. However, applying QCD to low energy and large-distance scale experiments has been a major challenge. Chiral symmetry is one of the most fundamental symmetries in QCD and provides guiding principles to deal with strong interaction phenomena in the non-perturbative domain. Various QCD-inspired models predict a partial restoration of chiral symmetry in nuclear matter with modifications of the properties of hadrons from their free-space values. Measurable changes such as a shift in mass and/or a change of width are predicted at normal nuclear density. Photoproduction of vector mesons off nuclei were performed at Jefferson Lab using the CEBAF Large Acceptance Spectrometer (CLAS). The properties of the ρ, ω and φ mesons were investigated via their rare leptonic decay to e+e-. The latest results regarding medium modifications of the vector mesons in the nuclear medium will be discussed and a brief summary of the next round of experiments at different laboratories will be given.</abstract>
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  <code>12-1</code>
  <title>12 - Beyond Quantum Field Theory Approaches (including String Theories)</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Martin" middle="" last="Schnabl"></name>
    <organization>Prague</organization>
    <email></email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 252A</room>
  </location>
  <startDate>2010-07-22T09:00:00</startDate>
  <endDate>2010-07-22T10:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>1202</ID>
   <parentProtection>false</parentProtection>
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    <id>0</id>
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   <title>Scattering amplitudes in maximally supersymmetric Yang-Mills theory</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Gregory" middle="" last="Korchemsky"></name>
     <organization>CEA Saclay</organization>
     <email>gregory.korchemsky@cea.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Gregory" middle="" last="Korchemsky"></name>
     <organization>CEA Saclay</organization>
     <email>gregory.korchemsky@cea.fr</email>
    </user>
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    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
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   <startDate>2010-07-22T09:00:00</startDate>
   <endDate>2010-07-22T09:18:00</endDate>
   <duration>00:18</duration>
   <abstract>I will review a recent progress in computing scattering amplitudes in maximally supersymmetric Yang-Mills theory. In addition to the conventional symmetry of the underlying Lagrangian, the scattering amplitudes in this theory exhibit a new, dual superconformal symmetry. This symmetry is powerful enough to completely determine the scattering amplitudes for arbitrary coupling in a suitably defined limit.</abstract>
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  <contribution>
   <ID>865</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Perturbative Quantum Gravity from Gauge Theory</title>
   <speakers>
    <user>
     <title></title>
     <name first="Henrik" middle="" last="Johansson"></name>
     <organization>IPhT CEA Saclay</organization>
     <email>henrik.johansson@cea.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Henrik" middle="" last="Johansson"></name>
     <organization>IPhT CEA Saclay</organization>
     <email>henrik.johansson@cea.fr</email>
    </user>
    <user>
     <title></title>
     <name first="John Joseph" middle="" last="Carrasco"></name>
     <organization>UCLA</organization>
     <email>jjmc@ucla.edu</email>
    </user>
    <user>
     <title></title>
     <name first="Zvi" middle="" last="Bern"></name>
     <organization>UCLA</organization>
     <email>bern@physics.ucla.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-22T09:22:00</startDate>
   <endDate>2010-07-22T09:40:00</endDate>
   <duration>00:18</duration>
   <abstract>In a previous paper we observed that (classical) tree-level gauge theory amplitudes can be rearranged to display a duality between color and kinematics. Once this is imposed, gravity amplitudes are obtained using two copies of gauge-theory diagram numerators. Here we suggest that this duality persists to all quantum loop orders and can thus be used to obtain multi-loop gravity amplitudes easily from gauge-theory ones. As a non-trivial test, we show that the three-loop four-point amplitude of N=4 super-Yang-Mills theory can be arranged into a form satisfying the duality, and by taking double copies of the diagram numerators we obtain the corresponding amplitude of N=8 supergravity. We also remark on a non-supersymmetric two-loop test based on pure Yang-Mills theory resulting in gravity coupled to an anti-symmetric tensor and dilaton.</abstract>
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   <track>12 - Beyond Quantum Field Theory Approaches (including String Theories)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Monodromies and the structure of gauge and gravity amplitudes</title>
   <speakers>
    <user>
     <title></title>
     <name first="Pierre" middle="" last="Vanhove"></name>
     <organization>IPHT CEA/Saclay &amp; IHES</organization>
     <email>vanhove.pierre@gmail.com</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Pierre" middle="" last="Vanhove"></name>
     <organization>IPHT CEA/Saclay &amp; IHES</organization>
     <email>vanhove.pierre@gmail.com</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-22T09:44:00</startDate>
   <endDate>2010-07-22T10:02:00</endDate>
   <duration>00:18</duration>
   <abstract>We show that different color-ordered tree-level amplitudes in gauge theories satisfy monodromy relations. These relations imply the existence of minimal basis of amplitude and provide the numerator factors of the amplitude for a parametrisation of the tree-level amplitude using only cubic vertices. Applications to supergravity amplitudes follow straightforwardly through the KLT-relations. Through the cuts, these tree-level relations give rise to non-trivial identities at loop level. At higher loop this constrains  the critical ultraviolet behaviour of the four-graviton amplitude in N=8 supergravity to all order in perturbation. We argue this implies that the four-graviton N=8 amplitudes has a seven-loop logarithmic divergence in  four dimensions.</abstract>
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    <id>0</id>
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   <title>Bounds on Anomalous Dimensions and OPE Coefficients from Crossing Symmetry in 4D CFTs. Applications to Conformal Technicolor and Unparticles.</title>
   <speakers>
    <user>
     <title></title>
     <name first="Slava" middle="" last="Rychkov"></name>
     <organization>ENS &amp; Jussieu</organization>
     <email>slava.rychkov@lpt.ens.fr</email>
    </user>
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   <primaryAuthors>
    <user>
     <title></title>
     <name first="Slava" middle="" last="Rychkov"></name>
     <organization>ENS &amp; Jussieu</organization>
     <email>slava.rychkov@lpt.ens.fr</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-22T10:06:00</startDate>
   <endDate>2010-07-22T10:24:00</endDate>
   <duration>00:18</duration>
   <abstract>A classic result of 4D CFT says that, in a unitary theory, a scalar operator of dimension d=1 is free. We will present results showing in which sense a scalar O of dimension d&gt;1 but close to 1 is "nearly free". Namely, we analyze the OPE OxO of such a scalar with itself and show that 1) there must be a scalar of dimension 2+O(sqrt(d-1)) in this OPE; 2) in the d-&gt;1 limit, no scalars of dimension different from 2 can appear in this OPE. Our methods use the crossing symmetry constrant for the 4-point function &lt;OOOO&gt;. They give numerical bounds on anomalous dimensions and OPE coefficients even as d-1 gets large. Apart from theoretical interest, such bounds have application to phenomenology (models of conformal EWSB and unparticles).</abstract>
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  <description></description>
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   <user>
    <title>Prof.</title>
    <name first="Stefan" middle="" last="Dittmaier"></name>
    <organization>Universitaet Freiburg</organization>
    <email>stefan.dittmaier@physik.uni-freiburg.de</email>
   </user>
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   <name></name>
   <address>None</address>
   <room>Salle 252B</room>
  </location>
  <startDate>2010-07-22T09:00:00</startDate>
  <endDate>2010-07-22T10:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>1152</ID>
   <parentProtection>false</parentProtection>
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   <track>02 - The Standard Model and Electroweak Symmetry Breaking</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>W/Z production at HERA</title>
   <speakers>
    <user>
     <title></title>
     <name first="Amita" middle="" last="Raval"></name>
     <organization>DESY</organization>
     <email>amita.raval@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="HERA" middle="" last="HERA"></name>
     <organization>DESY</organization>
     <email>tobias.haas@desy.de</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-22T09:00:00</startDate>
   <endDate>2010-07-22T09:13:00</endDate>
   <duration>00:13</duration>
   <abstract>A search for events containing an isolated electron or muon and missing transverse momentum produced in e±p collisions is performed with the H1 and ZEUS detectors at HERA. The data were taken in the period 1994-2007 and correspond to an integrated luminosity of 0.98 fb-1. The total single W boson production cross section is measured as 1.06 ± 0.16 (stat.) ± 0.07 (sys.) pb, in agreement with a SM expectation of 1.26 ± 0.19 pb. The production of  Z0 bosons in ep collisions at HERA has been searched for and the resulting di-jet invariant mass distribution is presented for the selected event topologies.</abstract>
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   <track>02 - The Standard Model and Electroweak Symmetry Breaking</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Studies of polarized ep collisions and combined EW and QCD fits at HERA</title>
   <speakers>
    <user>
     <title></title>
     <name first="Vladimir" middle="" last="Chekelian"></name>
     <organization>MPI fuer Physik</organization>
     <email>shekeln@mppmu.mpg.de</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="HERA" middle="" last="HERA"></name>
     <organization>DESY</organization>
     <email>sschmitt@mail.desy.de</email>
    </user>
   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-22T09:15:00</startDate>
   <endDate>2010-07-22T09:28:00</endDate>
   <duration>00:13</duration>
   <abstract>Using the deep inelastic e+p and e-p neutral and charged current scattering cross sections, including data with polarised electron beams, a combined electroweak and QCD analysis is performed. The inclusive single differential cross section d(sigma)/d(Q^2) and the reduced double differential cross section sigma tilde(x,Q^2) are presented for the charged current process, e+/- p -&gt; nu X, in interactions with longitudinally polarised lepton beams using the complete HERA-II data set. The inclusive single differential cross section d(sigma)/d(Q^2) and the reduced double differential cross section sigma tilde(x,Q^2) are presented for the neutral current process, e+/- p -&gt; e+/- X, in interactions with longitudinally polarised lepton beams using the complete HERA-II data set.</abstract>
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  <contribution>
   <ID>1139</ID>
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   <track>02 - The Standard Model and Electroweak Symmetry Breaking</track>
   <type>
    <id>0</id>
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   </type>
   <title>W and Z boson production and properties at the Tevatron</title>
   <speakers>
    <user>
     <title></title>
     <name first="Terry" middle="" last="Wyatt"></name>
     <organization>University of Manchester</organization>
     <email>twyatt@fnal.gov</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Tevatron" middle="" last="CDF_and_DZero_Collaborations"></name>
     <organization>Fermi National Accelerator Laboratory (FNAL)</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-22T09:30:00</startDate>
   <endDate>2010-07-22T09:47:00</endDate>
   <duration>00:17</duration>
   <abstract>We present results of W and Z boson studies at the Tevatron including Drell-Yan cross sections measurement, W boson charge asymmetry, Z/gamma forward-backward asymmetry as well as transverse momentum distribution.</abstract>
   <material>
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  <contribution>
   <ID>493</ID>
   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
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   <title>Measurement of W and Z boson production in pp at sqrt(s) = 7 TeV with the ATLAS detector</title>
   <speakers>
    <user>
     <title></title>
     <name first="Laurent" middle="" last="Serin"></name>
     <organization>Laboratoire de l''Accelerateur Lineaire (LAL) (IN2P3) (LAL)</organization>
     <email>laurent.serin@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Michel" middle="" last="Lefebvre"></name>
     <organization>University of Victoria</organization>
     <email>lefebvre@uvic.ca</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-22T09:50:00</startDate>
   <endDate>2010-07-22T10:07:00</endDate>
   <duration>00:17</duration>
   <abstract>The first measurement of the production cross-sections for W and Z bosons in proton-proton interactions at sqrt(s) = 7 TeV are reported from the ATLAS experiment. Based on its excellent capability for reconstructing both high pT electrons and muons, the electron and the muon decay modes of the W/Z bosons are compared. First results for the ratio of W/Z production and of W+/W- production will also be described.</abstract>
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    <title>Slides</title>
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   <type>
    <id>0</id>
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   <title>W and Z boson production at CMS in pp collisions at sqrt(s)=7 TeV</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Jeremiah" middle="" last="Mans"></name>
     <organization>University of Minnesota/CMS</organization>
     <email>jeremy.mans@cern.ch</email>
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     <name first="Bolek" middle="" last="Wyslouch"></name>
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     <email>wyslouch@mit.edu</email>
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     <title></title>
     <name first="Manfred" middle="" last="Krammer"></name>
     <organization>CMS</organization>
     <email>manfred.krammer@cern.ch</email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
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   <startDate>2010-07-22T10:10:00</startDate>
   <endDate>2010-07-22T10:27:00</endDate>
   <duration>00:17</duration>
   <abstract>The production of W and Z bosons has been observed in pp collisions at a center-of-mass energy of 7 TeV using data collected in the CMS experiment. W events were selected containing an isolated, energetic electron or muon. The presence of an energetic neutrino is demonstrated using the distribution of missing transverse energy (MET), which is calculated from calorimetric and tracking information in three ways. Z events were selected containing a pair of isolated, energetic electrons or muons. Data-driven methods are used to estimate reconstruction and triggering efficiencies, and well as the main backgrounds. We present the W and Z signal yields and the extracted cross-sections at sqrt(s)=7 TeV, as well as preliminary distributions of kinematic variables.</abstract>
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   <user>
    <title></title>
    <name first="Raphael" middle="" last="Granier De Cassagnac"></name>
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    <email>raphael@in2p3.fr</email>
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   <name></name>
   <address>None</address>
   <room>Salle 253</room>
  </location>
  <startDate>2010-07-22T09:00:00</startDate>
  <endDate>2010-07-22T10:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>1077</ID>
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    <id>0</id>
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   <title>Jet reconstruction in heavy ion collisions</title>
   <speakers>
    <user>
     <title></title>
     <name first="Matteo" middle="" last="Cacciari"></name>
     <organization>LPTHE Paris</organization>
     <email>matteo.cacciari@cern.ch</email>
    </user>
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   <primaryAuthors>
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     <title></title>
     <name first="Matteo" middle="" last="Cacciari"></name>
     <organization>LPTHE</organization>
     <email>cacciari@lpthe.jussieu.fr</email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
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   <startDate>2010-07-22T09:00:00</startDate>
   <endDate>2010-07-22T09:16:00</endDate>
   <duration>00:16</duration>
   <abstract>Jet algorithms cluster final state particles in high energy collisions with the aim of identifying "jets" that can be considered as proxies of the original hard partons, and therefore allow one to study their production mechanism and subsequent evolution. In heavy ion collisions, this task is severely complicated by the huge underlying event that accompanies the hard one: the particle content of jet is contaminated by a multitude of low-momentum particles, unrelated to the hard collision. This contamination must be understood and removed before the genuinely hard content of a jet can be studied. We will present a proposal for doing so using standard jet-algorithms (so as to facilitate the comparison with proton-proton results) and an entirely data-driven technique.</abstract>
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  <contribution>
   <ID>1025</ID>
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   <track>08 - Heavy Ion Collisions and Soft Physics at Hadron Colliders</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Jet-medium interactions in heavy ion collisions</title>
   <speakers>
    <user>
     <title></title>
     <name first="Olga" middle="" last="Evdokimov"></name>
     <organization>University of Illinois at Chicago</organization>
     <email>barannik@uic.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Olga" middle="" last="Evdokimov"></name>
     <organization>University of Illinois at Chicago</organization>
     <email>barannik@uic.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-22T09:20:00</startDate>
   <endDate>2010-07-22T09:36:00</endDate>
   <duration>00:16</duration>
   <abstract>One of the most remarkable discoveries of the ongoing heavy ion physics program at RHIC is the experimental observation of the jet quenching. The STAR detector, with its extended angular coverage, has made possible novel studies of jet interactions with QCD matter using angular correlations.
Di- and tri-hadron correlation studies have shown evidence of strong interactions between hard partons and the QCD matter, providing experimental constrains on medium properties, jet fragmentation and theoretical models of energy loss. Jet reconstruction, recently becoming available, can provide a more direct measurement of the initial parton energy, thereby further advancing our knowledge of jet-medium interactions.
In this talk an overview of recent STAR results for jet quenching via triggered correlations will be presented along with the first measurements from jet reconstruction in Au+Au collisions.</abstract>
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  <contribution>
   <ID>1079</ID>
   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
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   <title>Jets and Jet-like Correlations in Heavy Ion and p+p Collisions at PHENIX</title>
   <speakers>
    <user>
     <title></title>
     <name first="Chris" middle="" last="Pinkenburg"></name>
     <organization>BNL</organization>
     <email>pinkenburg@bnl.gov</email>
    </user>
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     <title></title>
     <name first="Chris" middle="" last="Pinkenburg"></name>
     <organization>BNL</organization>
     <email>pinkenburg@bnl.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-22T09:40:00</startDate>
   <endDate>2010-07-22T09:56:00</endDate>
   <duration>00:16</duration>
   <abstract>Jets from heavy ion collisions provide a measurement of the medium-induced parton energy loss and the in-medium fragmentation properties, and therefore can significantly enhance our understanding of the energy loss mechanism and medium property. The medium modification effects are determined by comparing to a p+p baseline measurement. However the presence of high multiplicity backgrounds in heavy ion collisions inhibits the direct application of traditional jet reconstruction techniques.
Instead angular correlations between the hadronic fragments of energetic partons can be used to understand the hot dense matter produced in relativistic heavy ion collisions. The yield and shape modifications of the away side peaks as function of transverse momentum compared to p+p has been interpreted as a medium response to parton energy loss. Direct photon--hadron correlations are another excellent channel to study jets from heavy ion collisions. Photons do not interact strongly with the medium and thus the photon approximately balances the momentum of the opposing jet, allowing the measurement of the effective modification to the fragmentation function through jet energy loss in the medium. We will present the latest jet measurements by PHENIX for p+p and heavy ion collisions.</abstract>
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    <title>Slides</title>
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  <contribution>
   <ID>1070</ID>
   <parentProtection>false</parentProtection>
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   <track>08 - Heavy Ion Collisions and Soft Physics at Hadron Colliders</track>
   <type>
    <id>0</id>
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   </type>
   <title>First glance at hard scattering phenomena with ALICE at LHC</title>
   <speakers>
    <user>
     <title></title>
     <name first="Jan" middle="" last="Rak"></name>
     <organization>BNL</organization>
     <email>janrak@bnl.gov</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Jan" middle="" last="Rak"></name>
     <organization>BNL</organization>
     <email>janrak@bnl.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-22T10:00:00</startDate>
   <endDate>2010-07-22T10:12:00</endDate>
   <duration>00:12</duration>
   <abstract>In the fi rst LHC 2009 and 2010 runs ALICE experiment collected about 10 nb-1 at √s=900 GeV and 10 μb-1 at √s=7 TeV of minimum bias p + p events. I will present a  first look at the hard scattering phenomena exploring high-pT leading charged hadron correlations. An azimuthal and pseudorapidity correlations are analyzed in order to extract the mean transverse fragmentation momentum &lt;jT&gt; and intrinsic primordial parton momentum &lt;kT&gt;, massive hadron pairs production is used to study the NLO phenomena.</abstract>
   <material>
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    <title>Slides</title>
    <description></description>
    <type></type>
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  <contribution>
   <ID>124</ID>
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   <track>08 - Heavy Ion Collisions and Soft Physics at Hadron Colliders</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Phase diagram of hot QCD in an external magnetic field</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Eduardo" middle="" last="Fraga"></name>
     <organization>Instituto de Fisica, Universidade Federal do Rio de Janeiro</organization>
     <email>edfraga@mac.com</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Eduardo" middle="" last="Fraga"></name>
     <organization>Instituto de Fisica, Universidade Federal do Rio de Janeiro</organization>
     <email>edfraga@mac.com</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Maxim" middle="" last="Chernodub"></name>
     <organization>LMPT, CNRS UMR 6083, F\'ed\'eration Denis Poisson, Universit\'e de Tours</organization>
     <email>maxim.chernodub@lmpt.univ-tours.fr</email>
    </user>
    <user>
     <title>Ms.</title>
     <name first="Ana J\'ulia" middle="" last="Mizher"></name>
     <organization>Instituto de F\'\i sica, Universidade Federal do Rio de Janeiro</organization>
     <email>anajulia@if.ufrj.br</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-22T10:15:00</startDate>
   <endDate>2010-07-22T10:27:00</endDate>
   <duration>00:12</duration>
   <abstract>The structure of the phase diagram for strong interactions becomes richer in the presence of a magnetic background, which enters as a new control parameter for the thermodynamics, and can exhibit new phases and interesting features. Motivated by the relevance of this physical setting for current and future high-energy heavy ion collision experiments and for the cosmological QCD transitions, we use the linear sigma model coupled to quarks and to Polyakov loops as an effective theory to investigate how the chiral and the deconfining transitions are affected, and present a general picture for the temperature-magnetic field phase diagram. We compute and discuss each contribution to the effective potential for the approximate order parameters, and uncover new phenomena such as the paramagnetically-induced breaking of Z(3).</abstract>
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    <name first="Emi" middle="" last="Kou"></name>
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   <name></name>
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   <room>Salle 242</room>
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  <startDate>2010-07-22T09:00:00</startDate>
  <endDate>2010-07-22T10:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>1009</ID>
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   <type>
    <id>0</id>
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   <title>Quarkonium production at the Tevatron and the LHC</title>
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    <user>
     <title></title>
     <name first="Pierre" middle="" last="Artoisenet"></name>
     <organization>The Ohio State University</organization>
     <email>partois@pacific.mps.ohio-state.edu</email>
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     <title></title>
     <name first="Pierre" middle="" last="Artoisenet"></name>
     <organization>The Ohio State University</organization>
     <email>partois@pacific.mps.ohio-state.edu</email>
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    <name></name>
    <address>None</address>
    <room>Salle 242</room>
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   <startDate>2010-07-22T09:00:00</startDate>
   <endDate>2010-07-22T09:15:00</endDate>
   <duration>00:15</duration>
   <abstract>In this talk, I will present recent progress on quarkonium production within NonRelativistic QCD. I will first give a brief introduction of the framework, and discuss the still open questions. I will emphasize the impact of the QCD corrections to several observables, including the pT spectrum and the polarization of J/ψ and Υ states produced in hadron collisions. After comparing up-to-date predictions with the Tevatron data, I will finally present some benchmark expectations for the production rate at the LHC.</abstract>
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   <title>Double quarkonium production at the LHC</title>
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     <title></title>
     <name first="Chaehyun" middle="" last="Yu"></name>
     <organization>KIAS</organization>
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     <title></title>
     <name first="Chaehyun" middle="" last="Yu"></name>
     <organization>KIAS</organization>
     <email>chyu@kias.re.kr</email>
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   <coAuthors>
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     <title>Prof.</title>
     <name first="Pyungwon" middle="" last="Ko"></name>
     <organization>KIAS</organization>
     <email>pko@kias.re.kr</email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Jungil" middle="" last="Lee"></name>
     <organization>Korea University</organization>
     <email>jungil@korea.ac.kr</email>
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    <name></name>
    <address>None</address>
    <room>Salle 242</room>
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   <startDate>2010-07-22T09:15:00</startDate>
   <endDate>2010-07-22T09:30:00</endDate>
   <duration>00:15</duration>
   <abstract>We study the production of two S-wave heavy quarkona at the LHC in the framework of nonrelativistic QCD. We consider the double quarkonium production of same flavour, J/ψ+J/ψ or Υ+Υ as well as that of different flavour, J/ψ+Υ. We calculate the short-distance coefficients in the colour-octet model completely for the first time. Our results for the differential cross section for the J/ψ+J/ψ or Υ+Υ production imply that the previous results carried out under the gluon fragmentation approximation greatly overestimated the cross section. This confirms that the gluon fragmentation approximation is valid only at large transverse momentum. Nevertheless we conclude that the colour-octet mechanism can be tested at the LHC in these channels. We also suggested the double quarkonium production of different flavour, J/ψ+Υ. We show that the tree-level and one-loop level contribution to this channel in the colour-octet model is much suppressed compared to that in the colour-octet model. Thus the J/ψ+Υ production at the LHC will provide probes of the colour-octet mechanisms with less backgrounds and without the colour-singlet contamination. If we can not observe the events at a expected level, it would imply that the current values of the colour-octet matrix elements are overestimated.</abstract>
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    <id>0</id>
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   <title>Prompt J/psi and b -&gt; J/psi X production in pp collisions at sqrt(s) = 7 TeV</title>
   <speakers>
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     <title></title>
     <name first="Giovanni" middle="" last="Passaleva"></name>
     <organization>Istituto Nazionale di Fisica Nucleare (INFN) - Florence</organization>
     <email>giovanni.passaleva@fi.infn.it</email>
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     <title></title>
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     <organization>Institute for Theoretical and Experimental Physics (ITEP)</organization>
     <email>victor.egorychev@cern.ch</email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-22T09:30:00</startDate>
   <endDate>2010-07-22T09:45:00</endDate>
   <duration>00:15</duration>
   <abstract>Despite large experimental and theoretical efforts, the production rate and polarization of quarkonia states in hadronic collisions is not yet satisfactorily understood. With its first ~10 pb−1 of data, LHCb will be able to provide fresh measurements of the prompt and non-prompt J/ψ production cross sections, at the new center-of-mass energy of 7 TeV and in a unique range of rapidity (3 &lt; y &lt; 5) and transverse momentum (pT &lt; 7GeV/c). The statistical separation between the prompt component and the contribution from b-hadron decays will be achieved using the distance between the pp collision point and J/ψ decay vertex. Preliminary measurements will be compared with predictions, and prospects for the extraction of the prompt J/ψ polarization, and prospects for the measurement of other quarkonia states will be discussed in the light of the first available signals.</abstract>
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    <id>0</id>
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   <title>Measurement of J/psi, Upsilon and b-hadron production in proton-proton collisions at sqrt(s) = 7 TeV with the CMS experiment</title>
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    <user>
     <title></title>
     <name first="Nuno" middle="" last="Leonardo"></name>
     <organization>Purdue</organization>
     <email>nuno.leonardo@cern.ch</email>
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     <title></title>
     <name first="Bolek" middle="" last="Wyslouch"></name>
     <organization>CMS</organization>
     <email>wyslouch@mit.edu</email>
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     <title></title>
     <name first="Manfred" middle="" last="Krammer"></name>
     <organization>CMS</organization>
     <email>manfred.krammer@cern.ch</email>
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    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T09:45:00</startDate>
   <endDate>2010-07-22T10:00:00</endDate>
   <duration>00:15</duration>
   <abstract>We present the first measurements of the J/ψ and Υ production cross sections in proton-proton collisions at 7 TeV, as measured by the CMS experiment using the dimuon decay channel. For the J/ψ we give the inclusive and the prompt differential cross sections, versus transverse momentum, as well as the beauty fraction, statistically separating the two contributions through a fit to the lifetime distribution, using the distance between the dimuon vertex and the interaction point. For the Υ, we present the 1S cross section and the (2S+3S)/1S cross-section ratio, both versus transverse momentum.</abstract>
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   <ID>1066</ID>
   <parentProtection>false</parentProtection>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
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   <title>Study of Jpsi production at central rapidity with the ALICE experiment at LHC.</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Giuseppe" middle="" last="Bruno"></name>
     <organization>University and INFN, Bari, Italy</organization>
     <email>giuseppe.bruno@cern.ch</email>
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     <title></title>
     <name first="Giuseppe" middle="" last="Bruno"></name>
     <organization>INFN</organization>
     <email>giuseppe.bruno@ba.infn.it</email>
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    <name></name>
    <address>None</address>
    <room>Salle 242</room>
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   <startDate>2010-07-22T10:00:00</startDate>
   <endDate>2010-07-22T10:15:00</endDate>
   <duration>00:15</duration>
   <abstract>In this Conference contribution, we summarize the status of the ongoing analysis on J/ψ production at central rapidity in pp collisions at sqrt(s)=7 TeV and show the first results. We also give perspectives on the first quarkonium measurements at central rapidity in Pb-Pb collisions which are scheduled by the end of this year.</abstract>
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  <contribution>
   <ID>1231</ID>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Initial-state-radiation production of Ds Mesons and high precision measurements of Ds1(2536) at Babar</title>
   <speakers>
    <user>
     <title></title>
     <name first="Joseph Michael" middle="" last="Izen"></name>
     <organization>University of Texas at Dallas</organization>
     <email>joe@utdallas.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Michael" middle="" last="Roney"></name>
     <organization>SLAC</organization>
     <email>roney@slac.stanford.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T10:15:00</startDate>
   <endDate>2010-07-22T10:30:00</endDate>
   <duration>00:15</duration>
   <abstract>A search for charmonium and other new states is performed in a study of exclusive initial-state-radiation production of Ds+Ds-, Ds*+Ds-, and Ds*+Ds*- events from electron-positron annihilations at a center-of-mass energy of 10.58 GeV. The data sample corresponds to an integrated luminosity of 525 fb-1 recorded by the BaBar experiment at the PEP-II storage ring. We also study the decay width and the mass of the Ds1(2536) meson with high precision via the decay channel Ds1(2536)-&gt;D+* K0s using 384 fb-1 of data recorded by the BABAR experiment.</abstract>
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 <break>
  <name>Coffee Break</name>
  <startDate>2010-07-22T10:30</startDate>
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  <duration>00:30</duration>
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 <session>
  <ID>46</ID>
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  <code>04-2</code>
  <title>04 - Hadronic Structure, Parton Distributions, soft QCD, Spectroscopy</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Barbara" middle="" last="Pasquini"></name>
    <organization>University of Pavia</organization>
    <email>pasquini@pv.infn.it</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 251</room>
  </location>
  <startDate>2010-07-22T11:00:00</startDate>
  <endDate>2010-07-22T12:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>271</ID>
   <parentProtection>false</parentProtection>
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   <track>04 - Hadronic Structure, Parton Distributions, soft QCD, Spectroscopy</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Hard exclusive processes in the backward region</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Jean-Philippe" middle="" last="Lansberg"></name>
     <organization>Ecole polytechnique</organization>
     <email>jean-philippe.lansberg@cpht.polytechnique.fr</email>
    </user>
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    <user>
     <title>Dr.</title>
     <name first="Jean-Philippe" middle="" last="Lansberg"></name>
     <organization>Ecole polytechnique</organization>
     <email>jean-philippe.lansberg@cpht.polytechnique.fr</email>
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    <name></name>
    <address>None</address>
    <room>Salle 251</room>
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   <startDate>2010-07-22T11:00:00</startDate>
   <endDate>2010-07-22T11:13:00</endDate>
   <duration>00:13</duration>
   <abstract>We discuss the potentialities offered by the study of backward exclusive processes in the scaling regime, i.e. involving a large Q2 photon and a baryonic exchange in the t-channel. We introduce the concept of Transition Distribution Amplitudes (TDAs) containing unique information on the hadron structure, then discuss how they enter the description of processes such as backward electroproduction of a pion, antiproton-proton annihilations into a dilepton + meson as well as into J/Psi + meson. We discuss first estimates of cross sections that are being measured at JLAB along with predictions for processes for Panda at GSI-FAIR. Finally we present outlooks for their theoretical studies based on approaches such as the pion cloud model.</abstract>
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  <contribution>
   <ID>1059</ID>
   <parentProtection>false</parentProtection>
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   <track>04 - Hadronic Structure, Parton Distributions, soft QCD, Spectroscopy</track>
   <type>
    <id>0</id>
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   </type>
   <title>Spin structure of the proton and Transverse Momentum Dependent distributions</title>
   <speakers>
    <user>
     <title></title>
     <name first="Alexei" middle="" last="Prokudin"></name>
     <organization>University of Turin</organization>
     <email>prokudin@to.infn.it</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Alexei" middle="" last="Prokudin"></name>
     <organization>JLab-Newport News, Virginia, USA</organization>
     <email>prokudin@jlab.org</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-22T11:15:00</startDate>
   <endDate>2010-07-22T11:33:00</endDate>
   <duration>00:18</duration>
   <abstract>The structure of the proton is described from the point of view of transverse momentum dependent distributions of partons. Complete set of functions describing the structure of the proton at leading twist is defined. TMDs can be studied experimentally in polarised inclusive processes such as Semi Inclusive Deep Inelastic Scattering.Factorization of Semi Inclusive Deep Inelastic Scattering  and the properties of the distribution and fragmentation functions with presence of so-called gauge links will be discussed.</abstract>
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  <contribution>
   <ID>1024</ID>
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    <id>0</id>
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   <title>Transverse momentum dependent splitting functions and parton distributions.</title>
   <speakers>
    <user>
     <title></title>
     <name first="Francesco" middle="" last="Hautmann"></name>
     <organization>Institute of Theoretical Physics</organization>
     <email>francesco.hautmann@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Francesco" middle="" last="Hautmann"></name>
     <organization>University of Oxford</organization>
     <email>francesco.hautmann@cern.ch</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
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   <startDate>2010-07-22T11:35:00</startDate>
   <endDate>2010-07-22T11:48:00</endDate>
   <duration>00:13</duration>
   <abstract>This talk gives an introduction to  transverse momentum dependent (unintegrated) parton distributions and presents the results of a recent study of quark splitting functions defined at fixed longitudinal and transverse momenta. We discuss the treatment of endpoint divergences, emphasizing the physical picture that underlies the need for infrared subtraction factors in the operator matrix elements that appear in the factorization formulas. We present results of a recent calculation for gluon-to-quark splitting kernel at fixed transverse momentum, and show that this kernel naturally emerges from renormalization of ultraviolet divergences in the operator matrix elements. We discuss prospects for phenomenological applications of the unintegrated formulation of QCD factorization.</abstract>
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  <contribution>
   <ID>1194</ID>
   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
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   </type>
   <title>DVCS and TMDs Studies at HERMES</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Klaus" middle="" last="Rith"></name>
     <organization>University of Erlangen</organization>
     <email>klaus.rith@desy.de</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The HERMES Collaboration"></name>
     <organization></organization>
     <email>klaus.rith@desy.de</email>
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   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-22T11:50:00</startDate>
   <endDate>2010-07-22T12:08:00</endDate>
   <duration>00:18</duration>
   <abstract>Recent Results on Deeply Virtual Compton Scattering at HERMES
Deeply Virtual Compton Scattering is an elegant tool to investigate the angular momenta of partons inside the nucleon. Using longitudinally polarized electron and positron beams, HERMES has studied this process using various gaseous targets, in either unpolarized or longitudinal as well as transverse polarization states. This variety of experimental setups enable the extraction of a wealth of asymmetry amplitudes, which in turn are related to Generalized Parton Distributions (GPDs). This presentation will focus on the results obtained from a hydrogen and a deuterium target. In summary, the leading-twist asymmetry amplitudes are sizeable, while the suppressed higher twist contributions are compatible with zero.

HERMES measurements of azimuthal asymmetries related to transverse-momentum dependent quark distributions
The structure of the nucleon can be parametrised in terms of eight leading-twist quark distribution functions when including the transverse momentum of quarks in the description. They embody the correlations between the spin of the nucleon, the spin of the quarks  and their longitudinal and transverse momentum. Only two of them, the momentum distribution f1q and the helicity distribution g1q can be measured in inclusive deep-inelastic lepton-nucleon scattering, all others can only be accessed in semi-inclusive measurements where in addition to the scattered lepton also a leading hadron is detected. Examples for such transverse-momentum dependent distribution functions are the 'transversity' distribution, the 'Sivers' and the 'Boer-Mulders' function. Each of these distributions causes distinctive signatures in the hadron’s azimuthal angular distribution around the direction of the exchanged virtual photon.  The HERMES experiment at HERA has performed such measurements with polarized lepton beams of both helicities and unpolarized as well as longitudinally and transversely polarised targets and has determined the amplitudes of the azimuthal modulations for all leading-twist and several higher-twist contributions to the cross section. The results of these measurements will be reported.</abstract>
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   <type>
    <id>0</id>
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   </type>
   <title>DVCS, TMDs and Spin Physics at COMPASS</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Fabienne" middle="" last="Kunne"></name>
     <organization>CEA Saclay</organization>
     <email>fabienne.kunne@cern.ch</email>
    </user>
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    <user>
     <title></title>
     <name first="" middle="" last="The COMPASS Collaboration"></name>
     <organization></organization>
     <email>fabienne.kunne@cern.ch</email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
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   <startDate>2010-07-22T12:10:00</startDate>
   <endDate>2010-07-22T12:28:00</endDate>
   <duration>00:18</duration>
   <abstract>Recent results on the nucleon spin structure from COMPASS
COMPASS is a multi-purpose fixed target experiment at the CERN Super Proton Synchrotron, dedicated to the study of the spin and the structure of the nucleon. From 2002 to 2011, high statistics data for polarized inclusive and semi-inclusive deep inelastic scattering were collected using 160 GeV/c polarized muons on polarized deuteron and proton targets. The data are used to derive the gluon contribution to the nucleon spin, and to determine the up, down and strange quark and anti-quark polarized distributions. They also constrain the g1 longitudinal spin structure function, and thus the Björken sum rule, with greater accuracy. The implications of these results to our present understanding of the nucleon spin puzzle will be discussed. The COMPASS plans for the future will be presented.

Prospects for a DVCS measurement at COMPASS
The high energy polarised muon beam available at CERN with the option of using positive or negative muons with opposite polarisation gives COMPASS an excellent possibility to study generalised parton distributions via deeply virtual Compton scattering.
In a first step we propose to use an unpolarised proton target to study the slope of the momentum transfer distribution as a function of xbj. Furthermore, the beam charge and spin difference will be measured over a wide kinematical range to determine the Compton form factor related fo the GPD H. As a second step we consider to use a transversely polarised  proton target to collect data to constrain the GPD E.
In preparation of the future measurements two DVCS test runs were performed in 2008 and 2009.

Measurements of TMDs at COMPASS
COMPASS is a fixed target experiment at CERN SPS, dedicated to the study of the nucleon spin structure with muon probe and on a variety of issues in the hadron spectroscopy sector. The transverse spin structure of the nucleon is investigated by measuring semi-inclusive deep inelastic scattering of a 160 GeV/c longitudinally polarized muon beam on transversely polarized targets. 
A review of new and old COMPASS results on transverse spin effects will be given i.e. the measurement of the Collins and Sivers effects, the two hadron asymmetries and the lambda baryons polarisation, both on a deuteron and on a proton target. Transverse momentum effects, like the Cahn and the Boer-Mulders effects were measured on an un-polarized deuteron target, and will also be presented.
This year COMPASS is taking data on a transversely polarized proton target, to increase the precision of the measurements done in so far. But there are many other plans for the near future of COMPASS: successful test-beams were done to study the feasibility of both a polarized Drell-Yann measurement and a campaign dedicated to the study of the generalized parton distributions (GPD).</abstract>
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   <abstract>The CMS tracker is the largest silicon detector ever built, covering an area close to 200 m2 and consisting of 15 148 silicon strip and 1440 silicon pixel modules. The use of tracker data in physics analysis requires fine-grained monitoring and calibration procedures. Results from timing studies, threshold optimization, calibration of gains and Lorentz angle determination are shown and the impact on resolution and dE/dx measurements is discussed. In order to achieve an optimal track-parameter resolution, the position and orientation of its modules need to be determined with a precision of few micrometers and an accurate representation of the distribution of material in the tracker is needed. Results of the alignment of the full tracker are presented, based on the analysis of several million reconstructed tracks recorded during the commissioning of the CMS experiment with cosmic rays and the first proton-proton collisions. They have been validated by several data-driven studies and compared with predictions obtained from a detailed detector simulation. Reconstructed photon conversions and nuclear interactions have been used for a first estimate of the tracker material.</abstract>
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   <startDate>2010-07-22T11:18:00</startDate>
   <endDate>2010-07-22T11:33:00</endDate>
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   <abstract>ATLAS is a multipurpose experiment which records the products of the LHC collisions. To reconstruct trajectories of charged particles produced in these collisions, the experiment is equipped with large-scale tracking systems built of silicon planar sensors (pixel and strip-based), as well as a drift‐tube based detector system. This talk will cover the first experience gained with these tracking systems, such as the commissioning and first operational experience, including monitoring and calibration procedures. The talk will further address the alignment procedures and the results obtained. Finally, the performance of the tracking systems with the LHC in collison mode will be presented and compared with the expected parameters and with the Monte Carlo simulations, also covering their particle identification capabilities.</abstract>
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     <title></title>
     <name first="Silvia" middle="" last="Borghi"></name>
     <organization>University of Glasgow</organization>
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   <abstract>The LHCb detector is a forward spectrometer. Its tracking system consists of silicon strip detectors and straw tube drift chambers. The LHCb experiment is dedicated to the reconstruction of B decays into many particle final states. For a high B reconstruction efficiency a high efficient track reconstruction is crucial. We will report on the performance of the individual tracking subdetectors in terms of hit resolution and detector efficiencies as well as on the overall track reconstruction performance.</abstract>
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   <title>Performance of Track and Vertex Reconstruction and b-Tagging Studies with ATLAS in pp Collisions at √s = 7 TeV</title>
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     <name first="Johanna" middle="" last="Fleckner"></name>
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   <startDate>2010-07-22T11:54:00</startDate>
   <endDate>2010-07-22T12:09:00</endDate>
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   <abstract>First 7 TeV proton-proton collisions produced by the Large Hadron Collider at CERN have been recorded by the ATLAS experiments in 2010. The ability to accurately and efficiently reconstruct the trajectories of charged particles produced in these collisions is a critical component in the measurements that will be presented at this conference. This talk will present results on the performance of tracking and vertex-reconstruction using the ATLAS tracking systems. Various methods are employed by the two experiments for determining the efficiency of track reconstruction using the first data collected by the detectors. Furthermore, the methods to control the track momentum scale and related systematic uncertainties will be discussed. Finally, the reconstruction of known particle decays is presented as important tool to understand the tracking and vertexing performance, as well as the particle identification capabilities.
The identification of b-quark jets is an important tool for the physics programs of the ATLAS experiment. So-called b-tagging algorithms take advantage of either the decay to a soft lepton or a displaced vertex caused by the long-lived decay of a b hadron via the weak force. As a result key ingredients to b-tagging algorithms are the precise trajectory measurement of charged particle tracks and detection of low pT leptons. The distributions of the corresponding observables - track impact parameters, secondary vertices and lepton momenta - were measured in pp collisions at √s=7 TeV, and compared to the predictions from Monte Carlo simulation. First results on efficiencies and mis-identification rates are shown. The calibration strategies that will be used for early data and initial studies that will lead to a fully data-driven calibration for the b-tagging algorithms are also presented.</abstract>
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   <abstract>Constructing models of meta-stable vacua in supersymmetric theories is a crucial task for string phenomenology. It has been conjectured that anti-D3 branes in the Klebanov-Strassler background indeed produce such a supersymmetry breaking scenario. In this talk I will outline the results of a supergravity calculation which represents the backreaction of such anti-D3 branes and discuss the implications for finding meta-stable vacua from warped deformed conifolds.</abstract>
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   <abstract>In a string theory framework, one may unambiguously compute the free-energy density including the vacuum energy, in backgrounds with spontaneously broken supersymmetry.  For certain classes of models, the resulting backreaction induces a cosmological evolution which mimics a radiation dominated expansion.  The supersymmetry breaking scale is attracted to the temperature scaleand the internal moduli may be stabilized at points of enhanced symmetry.  Finally the expansion may go through several higher dimensional phases, before the final attraction to a four dimensional evolution.</abstract>
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   <abstract>We discuss supersymmetry breaking compactifications in type IIA and we propose a new treatment of non-supersymmetric sources: for space-time filling supersymmetric branes, the energy density is minimized by a pullback of a special form given by a pure spinor. We propose to extremise the combined bulk-brane energy density by replacing the DBI action by a pullback of a polyform from the bulk, which is no longer pure.</abstract>
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   <ID>126</ID>
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   <track>12 - Beyond Quantum Field Theory Approaches (including String Theories)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Loop quantum gravity and the early universe</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Aurelien" middle="" last="Barrau"></name>
     <organization>LPSC Laboratoire de Physique Subatomique et de Cosmologie (LPSC)</organization>
     <email>barrau@in2p3.fr</email>
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    <user>
     <title>Dr.</title>
     <name first="Aurelien" middle="" last="Barrau"></name>
     <organization>LPSC Laboratoire de Physique Subatomique et de Cosmologie (LPSC)</organization>
     <email>barrau@in2p3.fr</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-22T12:06:00</startDate>
   <endDate>2010-07-22T12:24:00</endDate>
   <duration>00:18</duration>
   <abstract>Loop quantum gravity is, together with string theory, one on the major candidate approach to quantize gravity. It provides a framework which allows for a non-perturbative and background-independant canonical quantization of general relativity. In this talk, I will briefly go through the basic conceptual groundings of the theory and switch to the latests developments associated with its implementation in the cosmological context. I will show that the Big Bang is replaced by a Big Bounce (therefore solving the initial singularity problem) and that inflation unavoidably occurs. Furthermore, the primordial tensor power spectrum should exhibit some characteristic features that could lead to experimental tests of this "Planck-scale" physics.</abstract>
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  <title>02 - The Standard Model and Electroweak Symmetry Breaking</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Maarten" middle="" last="Boonekamp"></name>
    <organization>DAPNIA</organization>
    <email>maarten.boonekamp@cern.ch</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 252B</room>
  </location>
  <startDate>2010-07-22T11:00:00</startDate>
  <endDate>2010-07-22T12:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>187</ID>
   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Top-quark production at the Tevatron and LHC</title>
   <speakers>
    <user>
     <title></title>
     <name first="Peter" middle="" last="Uwer"></name>
     <organization>Humboldt-Universität zu Berlin</organization>
     <email>peter.uwer@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Peter" middle="" last="Uwer"></name>
     <organization>Humboldt-Universität zu Berlin</organization>
     <email>peter.uwer@cern.ch</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title></title>
     <name first="Sven-Olaf" middle="" last="Moch"></name>
     <organization>Desy, Zeuthen</organization>
     <email>sven-olaf.moch@desy.de</email>
    </user>
    <user>
     <title></title>
     <name first="Ulrich" middle="" last="Langenfeld"></name>
     <organization>Humboldt-Universität zu Berlin</organization>
     <email>ulrich.langenfeld@physik.hu-berlin.de</email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-22T11:00:00</startDate>
   <endDate>2010-07-22T11:20:00</endDate>
   <duration>00:20</duration>
   <abstract>We review recent theoretical progress concerning top-quark pair production at the Tevatron and LHC. In particular we present updated theoretical predictions taken into account the newest pdf's. Furthermore we comment on the possibility of a direct measurement of the running top-quark mass.</abstract>
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   <ID>1132</ID>
   <parentProtection>false</parentProtection>
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   <track>02 - The Standard Model and Electroweak Symmetry Breaking</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Studies of single top quark production at the Tevatron</title>
   <speakers>
    <user>
     <title></title>
     <name first="Breese" middle="" last="Quinn"></name>
     <organization>University of Mississippi</organization>
     <email>quinn@phy.olemiss.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Tevatron" middle="" last="CDF_and_DZero_Collaborations"></name>
     <organization>Fermi National Accelerator Laboratory (FNAL)</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-22T11:22:00</startDate>
   <endDate>2010-07-22T11:42:00</endDate>
   <duration>00:20</duration>
   <abstract>Using events containing an isolated lepton and missing transverse energy, together with jets originating from the fragmentation of b quarks, we measure the cross section of single top quark production. Measurements of the t-channel and s-channel, matrix element Vtb and search for Flavor Changing Neutral Currents are also performed.</abstract>
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   <type>
    <id>0</id>
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   </type>
   <title>Measurement of the top quark pairs production cross sections and differential distributions of top quarks at the Tevatron</title>
   <speakers>
    <user>
     <title></title>
     <name first="Fabrizio" middle="" last="Margaroli"></name>
     <organization>Purdue</organization>
     <email>margarol@fnal.gov</email>
    </user>
   </speakers>
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    <user>
     <title></title>
     <name first="Tevatron" middle="" last="CDF_and_DZero_Collaborations"></name>
     <organization>Fermi National Accelerator Laboratory (FNAL)</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-22T11:45:00</startDate>
   <endDate>2010-07-22T12:05:00</endDate>
   <duration>00:20</duration>
   <abstract>We present precision measurements of the top quark pair production cross sections in ppbar collisions at a center of mass energy of sqrt(s)=1.96 TeV in up to 5 fb-1 of data as well as results of study of kinematics distributions of top quark pairs produced.</abstract>
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  <contribution>
   <ID>128</ID>
   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
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   </type>
   <title>Top quark pair and single top production at Tevatron and LHC energies</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Nikolaos" middle="" last="Kidonakis"></name>
     <organization>Kennesaw State University</organization>
     <email>nkidonak@kennesaw.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Nikolaos" middle="" last="Kidonakis"></name>
     <organization>Kennesaw State University</organization>
     <email>nkidonak@kennesaw.edu</email>
    </user>
   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-22T12:08:00</startDate>
   <endDate>2010-07-22T12:28:00</endDate>
   <duration>00:20</duration>
   <abstract>I present the latest theoretical developments in the calculation of the cross section for top-antitop pair production and single top quark production via all main partonic channels. Higher-order corrections from resummation of soft gluons are added through NNLL accuracy. Detailed numerical results are presented for the cross section and transverse momentum distributions at the Tevatron and LHC colliders.</abstract>
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    <title>Slides</title>
    <description></description>
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 </session>
 <session>
  <ID>49</ID>
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  <code>08-2</code>
  <title>08 - Heavy Ion Collisions and Soft Physics at Hadron Colliders</title>
  <description></description>
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   <user>
    <title></title>
    <name first="Javier" middle="" last="Albacete"></name>
    <organization>IPhT CEA Saclay</organization>
    <email>albacete@mps.ohio-state.edu</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 253</room>
  </location>
  <startDate>2010-07-22T11:00:00</startDate>
  <endDate>2010-07-22T12:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>1026</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>08 - Heavy Ion Collisions and Soft Physics at Hadron Colliders</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Heavy quarkonia production at STAR</title>
   <speakers>
    <user>
     <title></title>
     <name first="Daniel" middle="" last="Kikola"></name>
     <organization>Lawrence Berkeley Nat. Lab./Warsaw Univ. of Technology</organization>
     <email>dkikola@lbl.gov</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Daniel" middle="" last="Kikola"></name>
     <organization>Lawrence Berkeley Nat. Lab./Warsaw Univ. of Technology</organization>
     <email>dkikola@lbl.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-22T11:00:00</startDate>
   <endDate>2010-07-22T11:16:00</endDate>
   <duration>00:16</duration>
   <abstract>According to lattice QCD calculation, the suppression pattern of quarkonia states is expected to provide insight into thermodynamic properties of hot and dense matter, Quark-Gluon Plasma (QGP), predicted to be created in relativistic heavy ions collisions at RHIC energies. The suppression in this calculation is caused by screening of the binding potential between quark and antiquark in QGP.  To understand the suppression of heavy quark hadron production in heavy-ion collisions a systematic measurement is required in p+p, d+Au and Au+Au collisions. For J/ψ, the data from p+p collisions may allow us to understand the basic production mechanisms, such as due to direct production, parton fragmentation and feed down from higher states while the data from the p+A collision would provide insights into contributions from cold nuclear matter effects.
In this talk we will report results on heavy quarkonia production via di-electron decay channel in mid-rapidity in p+p, d+Au, Cu+Cu and Au+Au collisions at sqrt(sNN)=200 GeV in STAR. Special emphasis would be given to J/ψ measurements at high pT to understand the basic processes of quarkonium production and to compare the measurements with several model calculations of the J/ψ nuclear modification factor. Measurements of Upsilon production in p+p, d+Au and Au+Au collisions will be also reported. Presented results will be compared with theoretical models for quarkonia production.</abstract>
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    <id>0</id>
    <name>Parallel Session Talk</name>
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   <title>Quarkonia measurements with the PHENIX detector</title>
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    <user>
     <title></title>
     <name first="Alex" middle="" last="Linden-Levy"></name>
     <organization>LLNL</organization>
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     <organization>LLNL</organization>
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    <name></name>
    <address>None</address>
    <room>Salle 253</room>
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   <startDate>2010-07-22T11:20:00</startDate>
   <endDate>2010-07-22T11:36:00</endDate>
   <duration>00:16</duration>
   <abstract>Over the last ten years the PHENIX experiment has continued to increase the amount of recorded and analyzed data available for p+p, d+Au and A+A colliding species at various energies. These data have allowed us to analyze J/ψ mesons in all three collision types which contributes to the understanding of J/ψ formation, suppression in cold nuclear matter and anomolous suppression in heavy ion collisions. In particular the recent d+Au J/ψ results have shown that it is very difficult to match the forward rapidity data with a shadowing model and constant break up cross section. In addition PHENIX has measured Ψ' and X_c cross sections in p+p collisions at 200 GeV and their feed-down into the J/ψ. Recently PHENIX has also measured the upsilon in p+p and d+Au collisions as well as setting an upper limit for the upsilons suppression in Au+Au collisions. These new measurements enrich the quarkonia story and will be discussed in context of their broader impact on the field. In addition to current measurements PHENIX is entering a period of upgrades where new capabilities are going to come available. In particular a new FVTX detector scheduled to be installed by the 2012 RHIC run promises to add the Ψ' in the di-muon channel and the forward calorimeter promises to help with the acceptance of the X_c. The SVTX detector will allow the unambiguous identification of open charm in the central arms of the detector which will benefit the closed charm measurements greatly.</abstract>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
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   <title>Heavy flavour measurements with ALICE at the LHC</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Javier" middle="" last="Castillo Castellanos"></name>
     <organization>Service de Physique Nucleaire (SPhN)</organization>
     <email>javier.castillo.castellanos@cern.ch</email>
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   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Javier" middle="" last="Castillo Castellanos"></name>
     <organization>Service de Physique Nucleaire (SPhN)</organization>
     <email>javier.castillo.castellanos@cern.ch</email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
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   <startDate>2010-07-22T11:40:00</startDate>
   <endDate>2010-07-22T11:56:00</endDate>
   <duration>00:16</duration>
   <abstract>ALICE is the LHC experiment dedicated to the study of heavy-ion collisions. The main purpose of ALICE is to investigate the properties of a state of deconfined nuclear matter, the Quark Gluon Plasma. Heavy flavour measurements will play a crucial role in this investigation. The physics programme of ALICE has started by studying proton-proton collisions at unprecedented high energies. 
We will present the first results on open heavy flavour and quarkonia in proton-proton collisions at sqrt(s)=7 TeV measured by the ALICE experiment at both mid- and forward-rapidities. We will conclude with the prospects for heavy flavour and quarkonium measurements in both proton-proton and nucleus-nucleus collisions.</abstract>
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   <type>
    <id>0</id>
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   </type>
   <title>Identified particle production in inelastic pp events with the ATLAS detector</title>
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     <title></title>
     <name first="Leonid" middle="" last="Gladilin"></name>
     <organization>Moscow State University</organization>
     <email>leonid.gladilin@cern.ch</email>
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   <primaryAuthors>
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     <title>Prof.</title>
     <name first="Michel" middle="" last="Lefebvre"></name>
     <organization>University of Victoria</organization>
     <email>lefebvre@uvic.ca</email>
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   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle 253</room>
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   <startDate>2010-07-22T12:00:00</startDate>
   <endDate>2010-07-22T12:12:00</endDate>
   <duration>00:12</duration>
   <abstract>Studies of the long-lived resonances Ks and Lambda, reconstructed in inelastic collisions at 900 GeV and 7 TeV using a minimum bias trigger, have been performed using the ATLAS inner tracking detector. The spectra for these resonances are measured as a function of their transverse momentum and rapidity, and compared with Monte Carlo models. The ratio of anti-Lambda to Lambda production is evaluated, providing further tests of Monte Carlo models. The results are corrected for all detector effects, to simplify comparisons to models and other experiments.</abstract>
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  <contribution>
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   <track>08 - Heavy Ion Collisions and Soft Physics at Hadron Colliders</track>
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    <id>0</id>
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   <title>Inclusive production of hyperons, as well as of pions, charged  kaons, protons, anti-protons and neutrons  in p+p collisions at 158 GeV/c  beam momentum</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Tome" middle="" last="Anticic"></name>
     <organization>Rudjer Boskovic Institute</organization>
     <email>tome.anticic@cern.ch</email>
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     <title>Dr.</title>
     <name first="Tome" middle="" last="Anticic"></name>
     <organization>Rudjer Boskovic Institute</organization>
     <email>tome.anticic@cern.ch</email>
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     <organization>NA49 Collaboration</organization>
     <email></email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
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   <startDate>2010-07-22T12:15:00</startDate>
   <endDate>2010-07-22T12:27:00</endDate>
   <duration>00:12</duration>
   <abstract>New data on the production of hyperons, as well as of pions, charged kaons, protons, anti-protons, neutrons in p+p interactions are presented. The data come from a sample of 8.2 million inelastic events obtained with the NA49 detector at the CERN SPS at 158 GeV/c beam momentum. The high statistics data sample allows the extraction of detailed differential distributions as a function of x_f ,y and p_T. The results are compared with published data and models. Moreover, the measurements provide an important reference for studying effects of cold nuclear matter in proton-nucleus and hot dense matter in nucleus-nucleus collisisons.</abstract>
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  <code>05-2</code>
  <title>05 - Heavy Quarks Properties (experiment and theory)</title>
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   <user>
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    <name first="Changzheng" middle="" last="YUAN"></name>
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    <email>yuancz@ihep.ac.cn</email>
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   <name></name>
   <address>None</address>
   <room>Salle 242</room>
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  <startDate>2010-07-22T11:00:00</startDate>
  <endDate>2010-07-22T12:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>186</ID>
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    <id>0</id>
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   <title>Three-loop heavy quark potential</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Matthias" middle="" last="Steinhauser"></name>
     <organization>KIT</organization>
     <email>matthias.steinhauser@uka.de</email>
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     <title>Prof.</title>
     <name first="Matthias" middle="" last="Steinhauser"></name>
     <organization>KIT</organization>
     <email>matthias.steinhauser@uka.de</email>
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     <title>Dr.</title>
     <name first="Alexander" middle="" last="Smirnov"></name>
     <organization>Moscow State University</organization>
     <email></email>
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    <user>
     <title>Dr.</title>
     <name first="Vladimir" middle="" last="Smirnov"></name>
     <organization>Moscow State University</organization>
     <email></email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
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   <startDate>2010-07-22T11:00:00</startDate>
   <endDate>2010-07-22T11:15:00</endDate>
   <duration>00:15</duration>
   <abstract>The three-loop corrections to the static potential between a quark and its anti-quark are considered. It constitutes a building block for a number of physical observables connected to heavy quarks. We describe the evaluation of the occurring integrals and discuss the phenomenological implications.</abstract>
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  <contribution>
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   <parentProtection>false</parentProtection>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Recent results of charmonium transitions at BESIII</title>
   <speakers>
    <user>
     <title></title>
     <name first="LI" middle="" last="Gang"></name>
     <organization>IHEP</organization>
     <email>ligang@ihep.ac.cn</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Yangheng" middle="" last="Zheng"></name>
     <organization>GUCAS</organization>
     <email>zhengyh@gucas.ac.cn</email>
    </user>
    <user>
     <title></title>
     <name first="collaboaration" middle="" last="BESIII"></name>
     <organization>IHEP</organization>
     <email>zhengyh@gucas.ac.cn</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T11:15:00</startDate>
   <endDate>2010-07-22T11:30:00</endDate>
   <duration>00:15</duration>
   <abstract>We present the measurements of charmonium P-wave spin-singlet state h_c made with 106M ψ' events collected by BESIII at BEPCII. Clear signals are observed for ψ'-&gt;π0 h_c with and without the subsequent radiative decay h_c-&gt;γ η_c. First measurements of the absolute branching ratios Br(ψ'-&gt;π0 h_c) = (8.4 ± 1.3 ± 1.0)*10-4  and Br(h_c-&gt;γ η_c) = (54.3 ± 6.7 ± 5.2)% are also presented. A statistics-limited determination of the previously unmeasured h_c width leads to an upper limit Γ(h_c)&lt;1.44 MeV (90% confidence). Measurements of M(h_c) = 3525.40 ± 0.13 ± 0.18 MeV/c²  and the branching ratios are consistent with previous results.
Also the observation of two-photon transition of  ψ' to J/ψ based on the same data sample is reported. The measurement of the branching fraction is explicitly determined as Br(ψ'-&gt;γ γ J/ψ) = (1.02 ± 0.05(stat.) + 0.19 - 0.20(syst.))*10-3 with combination of the studies of two different J/ψ decay channels: J/ψ-&gt;e+e- and J/ψ-&gt;µ+µ-.</abstract>
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  <contribution>
   <ID>1233</ID>
   <parentProtection>false</parentProtection>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Recent results of charmonium radiative decay from BESIII</title>
   <speakers>
    <user>
     <title></title>
     <name first="Ronggang" middle="" last="Ping"></name>
     <organization>IHEP</organization>
     <email>pingrg@ihep.ac.cn</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Yangheng" middle="" last="Zheng"></name>
     <organization>GUCAS</organization>
     <email>zhengyh@gucas.ac.cn</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T11:30:00</startDate>
   <endDate>2010-07-22T11:45:00</endDate>
   <duration>00:15</duration>
   <abstract>With the high luminosity of electron-positron storage ring at BEPCII and excellent performance of the BESIII spectrometer, BESIII accumulated about 100 million ψ(2S) data. With the help of these high statistics and high quality data, the radiative decays of ψ(2S) into light meson P(P = π0, η, η'), and χcJ radiative decays to vector meson V (V = ρ, ω, φ) , together with χcJ decays into pseudoscalar pairs PP (P = π0, η) are studied at BESIII. The progress of these analyses will be reported in the conference.</abstract>
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    <title>Slides</title>
    <description></description>
    <type></type>
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  <contribution>
   <ID>335</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Measurement psi(3770) resonance parameters with KEDR detector at VEPP-4M</title>
   <speakers>
    <user>
     <title></title>
     <name first="Korneliy" middle="" last="Todyshev"></name>
     <organization>BINP</organization>
     <email>todyshev@inp.nsk.su</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Korneliy" middle="" last="Todyshev"></name>
     <organization>BINP</organization>
     <email>todyshev@inp.nsk.su</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T11:45:00</startDate>
   <endDate>2010-07-22T12:00:00</endDate>
   <duration>00:15</duration>
   <abstract>We present a measurement of the mass, total width and leptonic width of the ψ(3770) meson. Results  were  obtained using data collected at the ψ(3770) resonance with the KEDR detector at the electron-positron accelerator complex VEPP-4M.
The commonly used fitting procedure does not contain interference ψ(3770) resonance and non-resonant DDbar cross section.
In our analysis we used a description of the ψ(3770) resonance shape including interference.</abstract>
   <material>
    <ID>slides</ID>
    <title>Slides</title>
    <description></description>
    <type></type>
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  <contribution>
   <ID>1227</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Recent Quarkonium Results from BaBar</title>
   <speakers>
    <user>
     <title></title>
     <name first="Bryan" middle="" last="Fulsom"></name>
     <organization>SLAC National Accelerator Laboratory</organization>
     <email>fulsom@slac.stanford.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Miichael" middle="" last="Roney"></name>
     <organization>SLAC</organization>
     <email>roney@slac.stanford.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T12:00:00</startDate>
   <endDate>2010-07-22T12:15:00</endDate>
   <duration>00:15</duration>
   <abstract>We present recent results on quarkonium states from the Babar experiment. We have observed the Y(^3 1 D_J) state of bottomonium in the reaction Y(3S)-&gt;γ γ Y(^3 1D_J), γ(^3 1 D_J)-&gt;π π Y(1S) with a significance of 6.2 standard deviations.
We present a study of the decay Y(1S)-&gt;D+* + X produced in the decay Y(2S)-&gt;π+ π- Y(1S) using a sample of 98.6 million Y(2S) events. We measure the Y(1S)=&gt;D+* + X branching fraction and the momentum distribution of the D* in the Y(1S) rest-frame. We find evidence for an excess of D* production over the expected rate from the virtual photon annihilation process Y(1S)-&gt;γ*-&gt;cbar c-&gt;D+* X. We also present a search for the spin singlet h_b partner of the χb(1P) triplet, the h_b(1P) state of bottomonium in the transition Y(1S)-&gt;π0 h_b and Y(3s)-&gt;π+ π- h_b using a sample of 122 million Y(3S) events.</abstract>
   <material>
    <ID>slides</ID>
    <title>Slides</title>
    <description></description>
    <type></type>
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  </contribution>
  <contribution>
   <ID>157</ID>
   <parentProtection>false</parentProtection>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Perspectives for quarkonium production at the LHC</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Jean-Philippe" middle="" last="Lansberg"></name>
     <organization>Ecole polytechnique</organization>
     <email>jean-philippe.lansberg@cpht.polytechnique.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Jean-Philippe" middle="" last="Lansberg"></name>
     <organization>Ecole polytechnique</organization>
     <email>jean-philippe.lansberg@cpht.polytechnique.fr</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T12:15:00</startDate>
   <endDate>2010-07-22T12:30:00</endDate>
   <duration>00:15</duration>
   <abstract>I will discuss the impact of QCD corrections (up to alpha_s^5) to quarkonium production at high energies and the introduction of new observables meant to better discriminate between the different mechanisms at work in quarkonium production at the LHC.</abstract>
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    <ID>slides</ID>
    <title>Slides</title>
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      <name>ICHEP-220710.pdf</name>
      <type>pdf</type>
      <url>http://indico.cern.ch/getFile.py/access?contribId=157&amp;sessionId=50&amp;resId=0&amp;materialId=slides&amp;confId=73513</url>
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 </session>
 <break>
  <name>Lunch Break</name>
  <startDate>2010-07-22T12:30</startDate>
  <endDate>2010-07-22T14:00</endDate>
  <duration>01:30</duration>
  <description>Lunches not provided.</description>
  <location>
   <name> </name>
   <address></address>
   <room></room>
  </location>
 </break>
 <session>
  <ID>45</ID>
  <parentProtection>false</parentProtection>
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  <code>01-3</code>
  <title>01 - Early Experience and Results from LHC</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Guenther" middle="" last="Dissertori"></name>
    <organization>Institut fur Teilchenphysik</organization>
    <email>guenther.dissertori@cern.ch</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle  Maillot</room>
  </location>
  <startDate>2010-07-22T14:00:00</startDate>
  <endDate>2010-07-22T15:45:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>214</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>01 - Early Experience and Results from LHC</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Particle ID in LHCb</title>
   <speakers>
    <user>
     <title></title>
     <name first="Andrew" middle="" last="Powell"></name>
     <organization>University of Oxford</organization>
     <email>a.powell1@physics.ox.ac.uk</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
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   <startDate>2010-07-22T14:00:00</startDate>
   <endDate>2010-07-22T14:15:00</endDate>
   <duration>00:15</duration>
   <abstract>Particle identification (PID) is a fundamental requirement for LHCb and is provided by CALO, MUON and RICH sub-detectors. The Calorimeters provide identification of electrons, photons and hadrons in addition to the measurement of their energies and positions. As well as being part of the LHCb trigger, the MUON system provides identification of muons to a very high level of purity, essential for many CP-sensitive measurements that have J/Psi's in their final states. Hadron identification, in particular the ability to distinguish kaons and pions, is crucial to many LHCB analyses, particularly where the final states of interest are purely hadronic. The LHCb RICH system provides this, covering a momentum range between 1 and 100 GeV/c.
To maintain the integrity of the LHCb physics performance, it is essential to measure and monitor the particle identification efficiency and misidentification fraction over time. This can be done by using specific decays, such as Kshorts, Phi's, Lambdas, J/psi's and D*'s, for which pure samples can be isolated using only kinematic quantities, due to their unique decay topologies. This allows for clean samples of known particle types to be selected, which can then be used to calibrate and monitor the PID performance from data. The procedures for performing this will be presented, together with preliminary results from the 2009 and 2010 LHC runs.</abstract>
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   <title>Commissioning and Performance of the CMS Calorimeter Systems with proton-proton Collisions at the LHC</title>
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     <name first="Philippe" middle="" last="Gras"></name>
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   <abstract>We present results on the commissioning and performance of the CMS electromagnetic and hadron calorimeters in pp collisions at a centre of mass energy of 7 TeV at the LHC. The first LHC beams have been used to finalize the commissioning of the readouts and triggers. The calibrations and synchronisations of the calorimeters using cosmic muons, beam splash events (where the LHC beam is targeted on upstream collimators), and collision data including reconstructed physics objects are presented. The quality of the offline data reconstruction, from low level quantities to showers, has been investigated and optimised using known physics processes. In-situ data and thorough data/MC comparisons have been used to measure and tune the detector performance. First performance results are given.</abstract>
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   <abstract>The commissioning, operation and general performance of the electromagnetic and hadronic calorimeters of ATLAS will be presented, as achieved using random triggers, calibration data, cosmic muons, and LHC proton-proton collisions. Methods will be presented  for verifying the precision of inter-channel synchronization and calibration, and their improvement with in-situ data.</abstract>
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   <title>Electron and Photon Performance and Electron pT Spectrum Measurement with ATLAS in pp Collisions at √s = 7 TeV</title>
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   <startDate>2010-07-22T15:00:00</startDate>
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   <abstract>The understanding of the reconstruction of electrons in the ATLAS experiment at LHC is one of the key issues for the 2010 run at a center of mass energy of 7 TeV. Two aspects are of interest: the energy calibration and the reconstruction efficiency. The energy measurement of electrons is based on the electromagnetic calorimeter over most of the relevant energy range (5 GeV to a few TeV). The electromagnetic calorimeter clusters are formed from electronically calibrated calorimeter cells and are corrected for local position and energy variations. A refined calibration procedure, developed and validated over years of test-beam strives to identify all sources of energy losses upstream of the outside the cluster and corrects for them one by one (using Monte Carlo). The present study is aiming at a first validation of this calibration strategy on prompt electrons from known physics processes. The electron reconstruction efficiency can be measured with data using a tag-and-probe approach with J/psi-&gt;ee and Z-&gt;ee decays. An initial measurement will be shown with the first pb-1 and compared to MC. The talk also presents a first measurement of the inclusive electron transverse momentum (pT) spectrum in proton proton collisions at a center of mass energy of 7 TeV using a data sample of a few pb-1.</abstract>
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     <title></title>
     <name first="Salerno" middle="" last="Roberto"></name>
     <organization>LLR-Ecole Polytechnique</organization>
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     <name first="" middle="" last="CMS Collaboration"></name>
     <organization></organization>
     <email>manfred.krammer@cern.ch</email>
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    <name></name>
    <address>None</address>
    <room>Salle  Maillot</room>
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   <startDate>2010-07-22T15:20:00</startDate>
   <endDate>2010-07-22T15:35:00</endDate>
   <duration>00:15</duration>
   <abstract>The performance of electron and photon reconstruction and identification has been studied at √s = 7 TeV. Reconstruction and identification variables as well as isolation and photon conversion rejection variables, in the case of electrons, have been compared between data and Monte Carlo for signal and background. Electron and photon identification efficiency, electron fake rate and photon purity have been determined and compared with Monte Carlo predictions. For electrons the momentum resolution as well as charge identification have also been studied. Level 1 Trigger and High Level Trigger efficiencies have been measured.</abstract>
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    <name first="Enrico" middle="" last="Tassi"></name>
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    <email>enrico.tassi@cern.ch</email>
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   <name></name>
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   <room>Salle 251</room>
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  <startDate>2010-07-22T14:00:00</startDate>
  <endDate>2010-07-22T15:45:00</endDate>
  <duration>01:45</duration>
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   <ID>45</ID>
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   <title>Two-photon exchange and elastic scattering of positrons/electrons on the proton</title>
   <speakers>
    <user>
     <title></title>
     <name first="Dmitri" middle="" last="Nikolenko"></name>
     <organization>Budker Institute for Nuclear Physics</organization>
     <email>d.m.nikolenko@inp.nsk.su</email>
    </user>
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     <title></title>
     <name first="Dmitri" middle="" last="Nikolenko"></name>
     <organization>Budker Institute for Nuclear Physics</organization>
     <email>d.m.nikolenko@inp.nsk.su</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-22T14:00:00</startDate>
   <endDate>2010-07-22T14:13:00</endDate>
   <duration>00:13</duration>
   <abstract>We report the experiment on a precise comparison of (e+ p) and (e- p) scattering cross sections, which gives a direct experimental evidence for the two-photon exchange (TPE) contribution in this reaction. Such data are in demand now, because they, most likely, may explain the dramatic disagreement of proton electromagnetic form factors measurements in the polarization transfer (PT) experiments at Jefferson Lab with previous unpolarized measurements using a Rosenbluth separation (RS) technique.
  Common practice of the analysis of RS experiments was in approximate taking  into account of TPE contribution, believing this contribution to be small. Currently there are no accurate calculations of the TPE contribution, what is related to difficulties in accounting of the intermediate states of proton. But recent calculations, which takes particular account of proton structure, shows importance of TPE contribution for RS analysis. As far as the experimental situation, only old (in 1960th) measurements exist, where the TPE contribution were found with low precision and limited kinematics coverage. 
  Reported experiment was performed recently at VEPP-3 storage ring at the energy of positron/electron beams 1.6 GeV and three  regions of electron/positron scattering angle - around 10, 18 and 64 degrees. The smallest angle region was used for  luminosity monitoring. Electron and positron  beams were replaced each other regularly, one cycle with two beams required 1.5 hours. Internal hydrogen gas target had a thickness 5*10^14 at/cm2. Experiment duration was 1500 hours with a mean luminosity of 5*10^31 1/(s cm2). The preliminary results on (e+ p)/(e- p) cross sections ratio will be presented.</abstract>
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   <title>Parton Distributions at the dawn of the LHC</title>
   <speakers>
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     <name first="Stefano" middle="" last="Forte"></name>
     <organization>Milan University</organization>
     <email>forte@mi.infn.it</email>
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     <title>Prof.</title>
     <name first="Stefano" middle="" last="Forte"></name>
     <organization>Milan University</organization>
     <email>forte@mi.infn.it</email>
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   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle 251</room>
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   <startDate>2010-07-22T14:15:00</startDate>
   <endDate>2010-07-22T14:33:00</endDate>
   <duration>00:18</duration>
   <abstract>I review the current status of knowledge of the parton distributions (PDF) of the nucleon, with particular emphasis on recent progress on the determination of PDF uncertainties and on theoretical and phenomneological issues which limit the current PDF accuracy. I then discuss the implications of PDF uncertainties on LHC processes, with specific references to standard candles and Higgs production.</abstract>
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   <title>Dynamical Parton Distributions and Weak Gauge and Higgs Boson Production at Hadron Colliders at NNLO of QCD</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Pedro" middle="" last="Jimenez-Delgado"></name>
     <organization>University of Zürich</organization>
     <email>pjimenez@physik.uzh.ch</email>
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   <primaryAuthors>
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     <title>Dr.</title>
     <name first="Pedro" middle="" last="Jimenez-Delgado"></name>
     <organization>University of Zürich</organization>
     <email>pjimenez@physik.uzh.ch</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Prof.</title>
     <name first="Ewald" middle="" last="Reya"></name>
     <organization>TU Dortmund</organization>
     <email></email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-22T14:35:00</startDate>
   <endDate>2010-07-22T14:48:00</endDate>
   <duration>00:13</duration>
   <abstract>Utilizing recent DIS measurements (σ_r, F_{2,3,L}) and data on hadronic dilepton production we determine at NNLO (3-loop) of QCD the dynamical parton distributions of the nucleon generated radiatively from valence-like positive input distributions at an optimally chosen low resolution scale (Q_0^2 &lt; 1 GeV^2) by employing the ``fixed flavor number factorization scheme'' (FFNS). These are compared with ``standard'' NNLO distributions at some fixed and higher resolution scale (Q_0^2 &gt; 1 GeV^2). The NNLO corrections imply in both approaches an improved value of χ^2, typically χ^2_NNLO~ 0.9χ^2_NLO. The dynamical NNLO uncertainties are somewhat smaller than the NLO ones and both are, as expected, smaller than those of their ``standard'' counterparts. The dynamical predictions for F_L(x,Q^2) become perturbatively stable already at Q^2 = 2 - 3 GeV^2 where precision measurements could even delineate NNLO effects in the very small-x region. We obtain α_s(M_Z^2) = 0.1124 ± 0.0020 to be compared with 0.1145 ± 0.0018 at NLO.
Using these NNLO dynamical parton distributions in the FFNS as input, we generate radiatively parton distributions in the ``variable flavor number factorization scheme'' (VFNS) as well, where also the heavy quark flavors (c,b,t) become massless partons within the nucleon. Only within the VFNS are NNLO calculations feasible at present, since the required partonic subprocesses are available only in the approximation of massless initial-state partons. The NNLO predictions for gauge boson production are typically larger (by more than 1σ) than the NLO ones, and rates at LHC energies can be predicted with an accuracy of about 5%, whereas at Tevatron they are more than 2σ above the NLO ones. The NNLO predictions for SM Higgs boson production via the dominant gluon fusion process have a total (pdf and scale) uncertainty of about 10% at LHC which almost doubles at the lower Tevatron energies; these predictions are typically about 20% larger than the ones at NLO but the total uncertainty bands overlap.</abstract>
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    <id>0</id>
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   <title>PDF sensitivity studies using electroweak processes at LHCb</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Ronan" middle="" last="McNulty"></name>
     <organization>UNIVERSITY COLLEGE DUBLIN</organization>
     <email>ronan.mcnulty@ucd.ie</email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-22T15:05:00</startDate>
   <endDate>2010-07-22T15:18:00</endDate>
   <duration>00:13</duration>
   <abstract>We summarise the results from early LHCb data for muon final states produced through the Drell-Yan process via W, Z and gamma* down to a Q2 of 10 GeV2. Extrapolating these results up to the sample sizes expected in the remainder of the 2010 run gives exciting prospects for parton density function studies, which will benefit from LHCb’s unique ability to trigger on low momentum objects. Due to the forward acceptance of LHCb x values down to 2 × 10−6 can be probed, where with just 100 pb−1 of data the gluon PDF can be constrained down to 10%.</abstract>
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   </type>
   <title>Consistency of neutrino DIS and the present parton distribution functions.</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Hannu" middle="" last="Paukkunen"></name>
     <organization>University of Santiago de Compostela</organization>
     <email>hannu.paukkunen@usc.es</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Hannu" middle="" last="Paukkunen"></name>
     <organization>University of Santiago de Compostela</organization>
     <email>hannu.paukkunen@usc.es</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-22T15:20:00</startDate>
   <endDate>2010-07-22T15:33:00</endDate>
   <duration>00:13</duration>
   <abstract>We study the nuclear effects in the neutrino\antineutrino-nucleon deep inelastic scattering (DIS) by comapring the NuTeV, CDHSW, and CHORUS cross-sections from Iron and Lead targets to the predictions derived from the latest parton distribution functions (PDFs). The nuclear modifications found seem to display agreement with those in charged lepton DIS. Our study thus lends support to the consistency of employing neutrino data in global fits of PDFs.</abstract>
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    <type></type>
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   <parentProtection>false</parentProtection>
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   <track>04 - Hadronic Structure, Parton Distributions, soft QCD, Spectroscopy</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Combination and QCD Analysis of the HERA F2^cc  Results</title>
   <speakers>
    <user>
     <title></title>
     <name first="Massimo" middle="" last="Corradi"></name>
     <organization>INFN, Sezione di Bologna</organization>
     <email>massimo.corradi@bo.infn.it</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The H1 and ZEUS Collaborations"></name>
     <organization></organization>
     <email>tobias.haas@desy.de,diaconu@mail.desy.de</email>
    </user>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-22T15:35:00</startDate>
   <endDate>2010-07-22T15:45:00</endDate>
   <duration>00:10</duration>
   <abstract>Combination of F2^cc from DIS measurements at HERA
The charm contribution F2^cc to the proton structure function F2 is determined. The results of D meson production cross section measurements are combined with the measurements using semi-leptonic decays into muons as well as inclusive track measurements. The correlations of the systematic uncertainties between different measurements are taken into account. The data cover the kinematic range of photon virtuality 2 &lt; Q^2 &lt; 1000 GeV^2 and Bjorken scaling variable 10^-5 &lt; x &lt; 10^-1.

PDF fits including F2^cc data
The combined H1 and ZEUS data on inclusive ep cross-sections together with the combined data on the semi-inclusive structure function F2(charm) are used to extract the parton densities of the proton at NLO. The inclusion of the F2(charm) data allows detailed tests of the heavy flavour treatment in various QCD calculations.</abstract>
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 <session>
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  <code>12-3</code>
  <title>12 - Beyond Quantum Field Theory Approaches (including String Theories)</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Iosif" middle="" last="Bena"></name>
    <organization>CEA-Saclay</organization>
    <email>iosif.bena@cea.fr</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 252A</room>
  </location>
  <startDate>2010-07-22T14:00:00</startDate>
  <endDate>2010-07-22T15:45:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>1201</ID>
   <parentProtection>false</parentProtection>
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   <track>12 - Beyond Quantum Field Theory Approaches (including String Theories)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Gravity as an Emergent Force</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Erik" middle="" last="Verlinde"></name>
     <organization>ITP, University of Amsterdam</organization>
     <email>e.p.verlinde@uva.nl</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Erik" middle="" last="Verlinde"></name>
     <organization>ITP, University of Amsterdam</organization>
     <email>e.p.verlinde@uva.nl</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-22T14:00:00</startDate>
   <endDate>2010-07-22T14:37:00</endDate>
   <duration>00:37</duration>
   <abstract>Starting from first principles and general assumptions Newton's law of gravitation is shown to arise naturally and unavoidably in a theory in which space is emergent through a holographic scenario. Gravity is explained as an entropic force caused by changes in the information associated with the positions of material bodies. A relativistic generalization of the presented arguments directly leads to the Einstein equations. When space is emergent even Newton's law of inertia needs to be explained. The equivalence principle leads us to conclude that it is actually this law of inertia whose origin is entropic.</abstract>
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  <contribution>
   <ID>447</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>12 - Beyond Quantum Field Theory Approaches (including String Theories)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Quantum entropy function</title>
   <speakers>
    <user>
     <title></title>
     <name first="Ashoke" middle="" last="Sen"></name>
     <organization>Harish-Chandra Research Institute</organization>
     <email>ashokesen1999@gmail.com</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Ashoke" middle="" last="Sen"></name>
     <organization>Harish-Chandra Research Institute</organization>
     <email>ashokesen1999@gmail.com</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-22T14:42:00</startDate>
   <endDate>2010-07-22T15:00:00</endDate>
   <duration>00:18</duration>
   <abstract>In this talk we shall describe how quantum entropy function formalism allows us to compute classical, perturbative and non perturbative contribution to the extremal black hole entropy. We shall also compare the results with microscopic results.</abstract>
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    <title>Slides</title>
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  <contribution>
   <ID>931</ID>
   <parentProtection>false</parentProtection>
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   <track>12 - Beyond Quantum Field Theory Approaches (including String Theories)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Multicentered Microstates and Large Quantum Fluctuations</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Sheer" middle="" last="El-Showk"></name>
     <organization>CEA Saclay</organization>
     <email>sheer.el-showk@cea.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Sheer" middle="" last="El-Showk"></name>
     <organization>CEA Saclay</organization>
     <email>sheer.el-showk@cea.fr</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Prof.</title>
     <name first="Jan" middle="" last="de Boer"></name>
     <organization>University of Amsterdam</organization>
     <email></email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Dieter" middle="" last="Van den Bleeken"></name>
     <organization>Rutgers University</organization>
     <email></email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Ilies" middle="" last="Messamah"></name>
     <organization>Brown University</organization>
     <email></email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-22T15:03:00</startDate>
   <endDate>2010-07-22T15:21:00</endDate>
   <duration>00:18</duration>
   <abstract>We quantize a family of smooth multicentered supergravity solutions generating (micro)states of a large supersymmetric black hole in five dimensions. Certain special states are found to suffer from unexpected, macroscopically large quantum fluctuations in the near horizon region of the putative black hole. This breakdown in effective field theory near the horizon may be relevant in resolving black hole paradoxes and hence warrants further study.  We report on on-going attempts to re-introducing "stringy" degrees of freedom in the near horizon region, continuing these solutions (by virtue of a non-renormalization theorem) to a weakly coupled D-brane quantum mechanics, where addition degrees of freedom, unapparent in supergravity, may be more tractably studied.</abstract>
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  <contribution>
   <ID>589</ID>
   <parentProtection>false</parentProtection>
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   <track>12 - Beyond Quantum Field Theory Approaches (including String Theories)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Classical solutions of open string field theory</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Martin" middle="" last="Schnabl"></name>
     <organization>Institute of Physics AS CR, Prague</organization>
     <email>schnabl.martin@gmail.com</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Martin" middle="" last="Schnabl"></name>
     <organization>Institute of Physics AS CR, Prague</organization>
     <email>schnabl.martin@gmail.com</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-22T15:24:00</startDate>
   <endDate>2010-07-22T15:42:00</endDate>
   <duration>00:18</duration>
   <abstract>We review recent progress in finding and analyzing classical solutions of open string field theory.</abstract>
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    <title>Slides</title>
    <description></description>
    <type></type>
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  <code>02-3</code>
  <title>02 - The Standard Model and Electroweak Symmetry Breaking</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Dmitri" middle="" last="Denisov"></name>
    <organization>Fermi National Accelerator Laboratory (FNAL)</organization>
    <email>denisovd@fnal.gov</email>
   </user>
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  <location>
   <name></name>
   <address>None</address>
   <room>Salle 252B</room>
  </location>
  <startDate>2010-07-22T14:00:00</startDate>
  <endDate>2010-07-22T15:45:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>622</ID>
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   <type>
    <id>0</id>
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   <title>V+jet production at the LHC: Electroweak radiative corrections</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Tobias" middle="" last="Kasprzik"></name>
     <organization>KIT,  Karlsruhe</organization>
     <email>kasprzik@particle.uni-karlsruhe.de</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Tobias" middle="" last="Kasprzik"></name>
     <organization>KIT,  Karlsruhe</organization>
     <email>kasprzik@particle.uni-karlsruhe.de</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Alexander" middle="" last="Mueck"></name>
     <organization>RWTH Aachen</organization>
     <email>mueck@physik.rwth-aachen.de</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Ansgar" middle="" last="Denner"></name>
     <organization>PSI Villigen</organization>
     <email>ansgar.denner@psi.ch</email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Stefan" middle="" last="Dittmaier"></name>
     <organization>Uni Freiburg</organization>
     <email>stefan.dittmaier@physik.uni-freiburg.de</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-22T14:00:00</startDate>
   <endDate>2010-07-22T14:20:00</endDate>
   <duration>00:20</duration>
   <abstract>The investigation of weak bosons (W^+/W^-,Z) produced with associated hard QCD jets will be of great phenomenological interest at the LHC, since such processes constitute an important background to a large variety of BSM-physics signatures. At the same time - owing to their large production cross sections and the clear decay signatures of the vector bosons - they can be used to monitor and calibrate the luminosity of the collider, constrain the PDFs, or for detector calibration.

To match the excellent experimental accuracy that is expected at the LHC, we have worked out a theoretical NLO analysis of V+jet production at hadron colliders. The focus of this talk will be on new results on the electroweak corrections to Z+jet production at the LHC. We present some details of the calculation, and discuss the phenomenological implications of our results.</abstract>
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   <ID>1138</ID>
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    <id>0</id>
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   <title>WZ cross section and W mass measurement at DZero</title>
   <speakers>
    <user>
     <title></title>
     <name first="Joseph" middle="" last="Haley"></name>
     <organization>FNAL</organization>
     <email>cooljoe@fnal.gov</email>
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     <title></title>
     <name first="Tevatron" middle="" last="DZero_Collaboration"></name>
     <organization>Fermi National Accelerator Laboratory (FNAL)</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
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    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
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   <startDate>2010-07-22T14:22:00</startDate>
   <endDate>2010-07-22T14:40:00</endDate>
   <duration>00:18</duration>
   <abstract>We present results of the WZ production cross section measurement and W mass measurement in electron channel with the DZero detector at sqrt(s) = 1.96 TeV.</abstract>
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   <ID>1137</ID>
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   <type>
    <id>0</id>
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   <title>Studies of WW and WZ production at CDF</title>
   <speakers>
    <user>
     <title></title>
     <name first="viviana" middle="" last="cavaliere"></name>
     <organization>INFN Pisa</organization>
     <email>viviana.cavaliere@pi.infn.it</email>
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   </speakers>
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     <title></title>
     <name first="Tevatron" middle="" last="CDF_Collaboration"></name>
     <organization>Fermi National Accelerator Laboratory (FNAL)</organization>
     <email>mark.lancaster@cern.ch</email>
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    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-22T14:42:00</startDate>
   <endDate>2010-07-22T15:00:00</endDate>
   <duration>00:18</duration>
   <abstract>We present studies of the WW and WZ production cross sections with CDF II detector from p-pbar collisions at sqrt(s) = 1.96 TeV in different final states.</abstract>
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  <contribution>
   <ID>1140</ID>
   <parentProtection>false</parentProtection>
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   <track>02 - The Standard Model and Electroweak Symmetry Breaking</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Di-boson production and limits on triple gauge boson couplings at the Tevatron</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Thomas" middle="" last="Phillips"></name>
     <organization>Duke University</organization>
     <email>thomas.phillips@duke.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Tevatron" middle="" last="CDF_and_DZero_Collaborations"></name>
     <organization>Fermi National Accelerator Laboratory (FNAL)</organization>
     <email>mark.lancaster@cern.ch</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-22T15:02:00</startDate>
   <endDate>2010-07-22T15:22:00</endDate>
   <duration>00:20</duration>
   <abstract>Studies of di-boson production including production of ZZ and Zg production and updated stringent limits on triple gauge boson couplings will be presented. The ZZ sample is used also to search for gg → H → ZZ to constrain fourth generation fermion models.</abstract>
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    <ID>slides</ID>
    <title>Slides</title>
    <description></description>
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   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
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   </type>
   <title>Study of multi-lepton events at HERA</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="David" middle="" last="South"></name>
     <organization>DESY</organization>
     <email>david.south@desy.de</email>
    </user>
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   <primaryAuthors>
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     <title></title>
     <name first="HERA" middle="" last="HERA"></name>
     <organization>DESY</organization>
     <email>tobias.haas@desy.de</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-22T15:25:00</startDate>
   <endDate>2010-07-22T15:43:00</endDate>
   <duration>00:18</duration>
   <abstract>Events with at least two high transverse momentum leptons (electrons or muons) are studied using the H1 and ZEUS detectors at HERA. Seven di- and tri-lepton events are observed in e+p collision data with a scalar sum of the lepton transverse momenta above 100 GeV, while 1.94 +- 0.17  events are expected. Such events are not observed in e-p collisions for which 1.19 +- 0.12 are predicted. A search for events containing two high-transverse-momentum tau leptons has been performed and observed results will be presented.</abstract>
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  <code>08-3</code>
  <title>08 - Heavy Ion Collisions and Soft Physics at Hadron Colliders</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Eduardo" middle="" last="Fraga"></name>
    <organization>Universidade Federal do Rio de Janeiro</organization>
    <email>edfraga@mac.com</email>
   </user>
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   <name></name>
   <address>None</address>
   <room>Salle 253</room>
  </location>
  <startDate>2010-07-22T14:00:00</startDate>
  <endDate>2010-07-22T15:45:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>67</ID>
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    <id>0</id>
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   <title>The Color Glass Condensate at NLO: Phenomenology at HERA, RHIC and the LHC.</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Javier" middle="" last="Albacete"></name>
     <organization>IPhT-CEA-Saclay</organization>
     <email>javier.lopez-albacete@cea.fr</email>
    </user>
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   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Javier" middle="" last="Albacete"></name>
     <organization>IPhT-CEA-Saclay</organization>
     <email>javier.lopez-albacete@cea.fr</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-22T14:00:00</startDate>
   <endDate>2010-07-22T14:16:00</endDate>
   <duration>00:16</duration>
   <abstract>The Color Glass Condensate is the effective theory of QCD for high energy scattering. The recent theoretical progress achieved through the calculation of next-to-leading order corrections to the small-x renormalization group equations has opened up a period for precision CGC phenomenology. I shall present CGC analyses of experimental data for the inclusive structure functions in electron-proton scattering as measured in HERA. Next I shall present a description of inclusive particle production measurements in high energy proton-proton, deuteron-gold and gold-gold collisions carried out at RHIC. Together, these works yield a consistent picture that present experiments can probe the non-linear part of the hadronic and nuclear wave functions at small-x, and that they can be successfully described by the CGC effective theory. Prospects for both the proton-proton and heavy ions programs at the LHC will be discussed.</abstract>
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   <title>The present status of the EPS nuclear PDFs</title>
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     <title>Dr.</title>
     <name first="Hannu" middle="" last="Paukkunen"></name>
     <organization>University of Santiago de Compostela</organization>
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     <title>Dr.</title>
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   <startDate>2010-07-22T14:20:00</startDate>
   <endDate>2010-07-22T14:36:00</endDate>
   <duration>00:16</duration>
   <abstract>The recent global analyses of the nuclear parton distribution functions lend support to the validity of the factorization theorem of QCD in high-energy processes involving bound nucleons. With special attention on the recent global analysis EPS09, we review the latest developements in the domain of nuclear PDFs.</abstract>
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   <title>Azimuthal correlations of forward di-pions in d+Au collisions suppressed by saturation</title>
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     <name first="Javier" middle="" last="Albacete"></name>
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    </user>
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    <name></name>
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   <startDate>2010-07-22T14:40:00</startDate>
   <endDate>2010-07-22T14:52:00</endDate>
   <duration>00:12</duration>
   <abstract>The STAR collaboration has recently measured the azimuthal correlation function of forward di-pions. The data show a disapearance of the away-side peak in central d+Au collisions, compared to p+p collisions. We argue that this effect, absent at mid-rapidity, is a consequence of the small-x evolution into the saturation regime of the Gold nucleus wave function, and we show that the data can be quantitavely described in the Color Glass Condensate framework. This confirmation that forward monojets are produced in central d+Au collision is a concrete evidence for parton saturation.</abstract>
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   <title>QCD Factorization at Forward Rapidities</title>
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     <title>Dr.</title>
     <name first="Michal" middle="" last="Sumbera"></name>
     <organization>Nuclear Physics Institute ASCR-Acad. of Sciences of the Czech Re</organization>
     <email>sumbera@ujf.cas.cz</email>
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     <title>Dr.</title>
     <name first="Michal" middle="" last="Sumbera"></name>
     <organization>Nuclear Physics Institute ASCR-Acad. of Sciences of the Czech Re</organization>
     <email>sumbera@ujf.cas.cz</email>
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     <title>Dr.</title>
     <name first="Jan" middle="" last="Nemchik"></name>
     <organization>Czech Technical University, Prague, Czech Republic</organization>
     <email>nemchik@saske.sk</email>
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    <name></name>
    <address>None</address>
    <room>Salle 253</room>
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   <startDate>2010-07-22T14:55:00</startDate>
   <endDate>2010-07-22T15:07:00</endDate>
   <duration>00:12</duration>
   <abstract>We analyze several reactions on nuclear targets at forward rapidities and different energies (at smallest experimentally accessible Bjorken x). Nuclear effects are usually interpreted as a result of shadowing or the Color Glass Condensate. QCD factorization of soft and hard interactions requires the nucleus to be an universal filter for different Fock components of the projectile hadron. We demonstrate, however, that this is not the case in the vicinity of the kinematic limit, x→1, where sharing of energy between the constituents becomes an issue.  The rise of suppression with x is conﬁrmed by the E772 and E886 data on the Drell-Yan and heavy quarkonium production. We show that this effect can be treated alternatively as an effective energy loss proportional to initial energy. This leads to nuclear suppression at any energy, and predicts of Feynman x_F scaling of the suppression. We demonstrate also that the same kinematic limit can be approached in transverse momentum when the Cronin enhancement of particle production at medium-high p_T switches to a suppression at larger p_T violating thus QCD factorization. Such an unexpected eﬀect seems to be conﬁrmed by data for pion production in d+A collisions at RHIC, and even for direct photons. We show that this eﬀect also brings significant corrections to all calculations for jet quenching in heavy ion collisions at RHIC. 
References 
[1] B.Z. Kopeliovich, J. Nemchik, I.K. Potashnikova, M.B. Johnson and I. Schmidt, 
Phys. Rev. C72, 054606 (2005); e-Print: hep-ph/0501260. 
[2] B.Z. Kopeliovich, J. Nemchik, I.K. Potashnikova, M.B. Johnson and I. Schmidt, 
Nucl. Phys. Proc. Suppl. 146, 171 (2005). 
[3] J. Nemchik, V. Petracek, I. K. Potashnikova and M. Sumbera, 
Phys. Rev. C78, 025213 (2008); e-Print: arXiv:0805.4267 [hep-ph]. 
[4] J. Nemchik and I.K. Potashnikova, 
AIP Conf. Proc. 1056, 207 (2008); e-Print: arXiv:0807.1605 [hep-ph]. 
[5] J. Nemchik and M.Sumbera, 
Proceedings of Science [High-pT physics 09] ISSN 1824-8039 (2009) 042. 
[6] J. Nemchik and M. Sumbera, 
Nucl. Phys. A 830, 611C (2009); e-Print: arXiv:0907.4062 [hep-ph]].</abstract>
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    <id>0</id>
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   <title>Inclusive Photoproduction of ρº, K*º and  φ Mesons at HERA</title>
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     <title></title>
     <name first="Andrei" middle="" last="Rostovtsev"></name>
     <organization>ITEP Institute for Theoretical and Experimental Physics (ITEP)-U</organization>
     <email>rostov@itep.ru</email>
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     <title></title>
     <name first="Katja" middle="" last="Krueger"></name>
     <organization>Universität Heidelberg</organization>
     <email>kruegerk@mail.desy.de</email>
    </user>
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    <name></name>
    <address>None</address>
    <room>Salle 253</room>
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   <startDate>2010-07-22T15:10:00</startDate>
   <endDate>2010-07-22T15:22:00</endDate>
   <duration>00:12</duration>
   <abstract>Inclusive non-diffractive photoproduction of ρ(770)º, K*(892)º and φ(1020) mesons is investigated with the H1 detector in ep collisions at HERA. The corresponding average gamma p centre-of-mass energy is 210 GeV. The mesons are measured in the transverse momentum range 0.5 &lt; pT &lt; 7 GeV and the rapidity range |y_lab|&lt;1. Differential cross sections are presented as a function of transverse momentum and rapidity, and are compared to the predictions of hadroproduction models.</abstract>
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   <type>
    <id>0</id>
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   </type>
   <title>Refining Geometrical Scaling</title>
   <speakers>
    <user>
     <title></title>
     <name first="Robi" middle="" last="Peschanski"></name>
     <organization>IPhT, CEA-Saclay</organization>
     <email>robi.peschanski@cea.fr</email>
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   </speakers>
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     <name first="Robi" middle="" last="Peschanski"></name>
     <organization>IPhT, CEA-Saclay</organization>
     <email>robi.peschanski@cea.fr</email>
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     <title></title>
     <name first="christophe" middle="" last="Royon"></name>
     <organization>IRFU, CEA-Saxclay</organization>
     <email>christophe.royon@cea.fr</email>
    </user>
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    <name></name>
    <address>None</address>
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   </location>
   <startDate>2010-07-22T15:25:00</startDate>
   <endDate>2010-07-22T15:41:00</endDate>
   <duration>00:16</duration>
   <abstract>We consider and compare various geometric-scaling solutions of the QCD Balitsky-Kovchegov (BK) equation, for fixed or running QCD coupling.
These solutions predict different scaling variables which we first test with recent DIS cross-section data using the "Quality Factor" method. Then we use a chi^2 method to compare the different predicted parametrisations of the traveling wave representation of the BK equation's solutions. A geometric scaling corresponding to running coupling is finally favored, with a satisfactory chi^2 by d.o.f.. There is no indication of a sizeable scaling violation term.</abstract>
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  <code>05-3</code>
  <title>05 - Heavy Quarks Properties (experiment and theory)</title>
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    <title></title>
    <name first="Alex" middle="" last="Bondar"></name>
    <organization>Budker Institute for Nuclear Physics (INP)</organization>
    <email>a.e.bondar@inp.nsk.su</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 242</room>
  </location>
  <startDate>2010-07-22T14:00:00</startDate>
  <endDate>2010-07-22T15:45:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>348</ID>
   <parentProtection>false</parentProtection>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>New measurement of b-hadron lifetimes at CDF</title>
   <speakers>
    <user>
     <title></title>
     <name first="Juan Pablo" middle="" last="Fernandez"></name>
     <organization>CIEMAT</organization>
     <email>fernand@fnal.gov</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="The" middle="" last="CDF Collaboration"></name>
     <organization>Fermilab</organization>
     <email>michal.kreps@kit.edu</email>
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   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T14:00:00</startDate>
   <endDate>2010-07-22T14:15:00</endDate>
   <duration>00:15</duration>
   <abstract>We report new, world-leading measurements of b-hadron lifetimes and their ratios using B+-&gt;J/ψ K+ , B0-&gt;J/ψ K0*, B0-&gt;J/ψ K0s and Λb-&gt;J/ψ Λ, decays reconstructed in a data sample corresponding to 4.3 fb-1 collected by the CDF experiment. A detailed resolution model provides improved systematic uncertainties on the lifetimes, and determination of the b hadron decay-length using only the J/ψ decay-vertex, common to all modes, allow cancellation of the major systematic uncertainties in their ratios.</abstract>
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  <contribution>
   <ID>357</ID>
   <parentProtection>false</parentProtection>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>New suppressed decays of B0_s mesons</title>
   <speakers>
    <user>
     <title></title>
     <name first="Olga" middle="" last="Norniella"></name>
     <organization>UIUC</organization>
     <email>norniell@fnal.gov</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="The" middle="" last="CDF Collaboration"></name>
     <organization>Fermilab</organization>
     <email>michal.kreps@kit.edu</email>
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   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T14:15:00</startDate>
   <endDate>2010-07-22T14:30:00</endDate>
   <duration>00:15</duration>
   <abstract>We present new measurements of suppressed decays of the B0s meson to J/ψ final states at CDF.  Using a data sample corresponding to an integrated luminosity of 5 fb-1 of proton-antiproton collisions at sqrt(s)=1.96 TeV, we utilize a low transverse-momentum dimuon trigger to acquire a large sample of J/ψ-&gt;µ+µ- decays.  We form fully reconstructed B0s candidates using information from the central tracking system and present results on the following decay modes: B0s-&gt;J/ψ K*(892), B0s-&gt;J/ψ f0(980) and B0s-&gt;J/ψ K0s. All of these modes have the possibility of providing further information on lifetime difference and CP asymmetries in B0s decays.</abstract>
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  <contribution>
   <ID>1204</ID>
   <parentProtection>false</parentProtection>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
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   </type>
   <title>Measurement of Branching Fraction for B_s -&gt; J/psi f_0(980) and Search for B_s -&gt;  hh decays</title>
   <speakers>
    <user>
     <title></title>
     <name first="Jean" middle="" last="Wicht"></name>
     <organization>KEK</organization>
     <email>jwicht@post.kek.jp</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Karim" middle="" last="TRABELSI"></name>
     <organization>KEK</organization>
     <email>karim.trabelsi@kek.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T14:30:00</startDate>
   <endDate>2010-07-22T14:45:00</endDate>
   <duration>00:15</duration>
   <abstract>We present a measurement of the branching fraction for the CP eigenstate decay Bs-&gt;J/ψ f0(980). The result is based on 23.6 fb-1 of data collected at the Y(5S) resonance with the Belle detector at the KEKB asymmetric e+e- collider. We have also searched for Bs0-&gt;hh decays, where h stands for a charged or neutral kaon, or a charged pion. We observe the decay Bs0-&gt;K+K- and measure its branching fraction, Br(Bs0-&gt;K+K-)=(3.8 -0.9/+1.0 (stat.) ± 0.5(syst.) ± 0.5(fs))*10-5. No significant signals are seen in other decay modes, and we set upper limits at the 90% confidence level: Br(Bs0-&gt;K- π+)&lt;1.2*10-5, Br(Bs0-&gt;π+ π-)&lt;2.6*10-5 and Br(Bs0-&gt;K0 K0bar)&lt;6.6*10-5.</abstract>
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  <contribution>
   <ID>1203</ID>
   <parentProtection>false</parentProtection>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Observation of  B_s -&gt; D_s^*- pi+, B_s -&gt; D_s^(*)- rho+ and B_s -&gt; D_s^(*)+ D_s^(*)- and Estimate of Delta Gamma_CP at Belle</title>
   <speakers>
    <user>
     <title>Ms.</title>
     <name first="Sevda" middle="" last="Esen"></name>
     <organization>University of Cincinnati</organization>
     <email>esens@mail.uc.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Karim" middle="" last="TRABELSI"></name>
     <organization>KEK</organization>
     <email>karim.trabelsi@kek.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T14:45:00</startDate>
   <endDate>2010-07-22T15:00:00</endDate>
   <duration>00:15</duration>
   <abstract>The large data sample being recorded with the Belle detector at the Y(5S) energy provides a unique opportunity to study the poorly-known Bs meson decays. Following our recent measurement of Bs-&gt;Ds π in a sample of 23.6 fb-1, we extend the analysis to include decays with photons in the final state. Using the same sample, we report the first observation of three other dominant exclusive Bs decays, in the modes Bs-&gt;Ds-* π+, Bs-&gt;Ds- ρ+ and Bs-&gt;Ds-* ρ+.  We measure their respective branching fractions and, using helicity-angle distributions, the longitudinal polarization fraction of the Bs-&gt;Ds-* ρ+ decay. We also present a measurement of the branching fractions for the decays Bs-&gt;Ds+* Ds-*. In the heavy quark limit, this branching fraction is directly related to the width difference between the CP-odd and CP-even Bs states.</abstract>
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  <contribution>
   <ID>1246</ID>
   <parentProtection>false</parentProtection>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Measurement of the Branching Fractions of the Decays B -&gt; Dbar^(*) D^(*) K</title>
   <speakers>
    <user>
     <title></title>
     <name first="Vincent" middle="" last="Poireau"></name>
     <organization>LAPP CNRS</organization>
     <email>poireau@lapp.in2p3.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Michael" middle="" last="RONEY"></name>
     <organization>Victoria Univ</organization>
     <email>roney@slac.stanford.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T15:00:00</startDate>
   <endDate>2010-07-22T15:15:00</endDate>
   <duration>00:15</duration>
   <abstract>We present a measurement of the branching fractions of the 22 decay channels B0 and B+ to Dbar^(*) D^(*) K, where Dbar^(*) and D^(*) are fully reconstructed. The B0 and B+ mesons are reconstructed in a sample of hadronic events for all the possible Dbar D K modes, namely B0 -&gt; D^(*)- D^(*)0 K^+, D^(*)-D^(*)+ K^0, Dbar^(*)0 D^(*)0 K0 and B^+ -&gt; Dbar^(*)0 D^(*)+ K0, Dbar^(*)0 D^(*)0 K+, D^(*)- D^(*)+ K+. The results are based on 423 fb-1 of data that contained 465 10^6 BBbar pairs collected at the Upsilon(4S) resonance with the BaBar detector at the PEP-II B factory.</abstract>
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  <contribution>
   <ID>557</ID>
   <parentProtection>false</parentProtection>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Observation and study of LambdaC decays of neutral B mesons</title>
   <speakers>
    <user>
     <title></title>
     <name first="Thomas" middle="" last="Hartmann"></name>
     <organization>University of Rostock</organization>
     <email>thomas.hartmann@uni-rostock.de</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Michael" middle="" last="Roney"></name>
     <organization>BABAR/Univ. of Victoria</organization>
     <email>roney@slac.stanford.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T15:15:00</startDate>
   <endDate>2010-07-22T15:30:00</endDate>
   <duration>00:15</duration>
   <abstract>In a sample of 467 million BBbar pairs collected with the BaBar detector at the PEP-II collider at SLAC we have observed the decay B0bar-&gt;Λc+ pbar π0 and measured its branching fraction. We determine an upper limit for the branching fraction of the decay B0bar-&gt;Λc+(2455) pbar and observe an enhancement at the threshold of the invariant mass of the baryon-antibaryon pair.
We also report the observation of the baryonic decay B0bar-&gt;Λc+ Λbar K-.</abstract>
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   <title>Material Studies with Photon Conversions and Energy Flow at the ATLAS Experiment</title>
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     <name first="Anthony" middle="" last="Morley"></name>
     <organization>CERN</organization>
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     <email>lefebvre@uvic.ca</email>
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   <endDate>2010-07-22T16:30:00</endDate>
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   <abstract>With the start of the LHC operations at at center of mass energy of 7 TeV a large sample of low energy photons, mostly coming from the decay of neutral mesons, have been collected with the ATLAS detector. Due to the large amount of material upstream the electromagnetic (EM) calorimeter, about 50% of these photons will convert before reaching it. The converted photons are used as a tool to map the material of the ATLAS tracker in front of the EM calorimeter. The results of the material measurements relative to an accurately measured reference volume inside the tracker, together with an estimate of the most important sources of systematic uncertainties will be shown. The effect of the energy loss due to bremsstrahlung on the conversion vertex reconstruction precision is also discussed. The results from using the extremely pure electron sample provided by the converted photons to study the particle identification capabilities of the ATLAS Transition Radiation Tracker (TRT), are presented. 
Furthermore, the measurement of the energy flow in the electromagnetic calorimeter (EM) is typically used to spot early detector problems, but it is also sensitive to the (radially integrated) amount of material in front of the electromagnetic calorimeter. Using the LHC collision data collected at a centre of mass energy of 7 TeV, the two dimensional (eta versus phi) occupancy maps of the EM calorimeter for each longitudinal layer have been extracted. Such a method provides a cross check of the total amount of material in front of the calorimeter and it is  complementary to others only sensitive to the amount of material in the tracker.  The measurement accuracy will be dominated by the systematic uncertainties and the ultimate accuracy is expected to be about 5% of the material upstream.</abstract>
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   <title>Performance of Jet, Missing Transverse Energy and Tau Reconstruction with ATLAS in pp Collisions at √s = 7 TeV</title>
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     <name first="Ariel" middle="" last="Schwartzman"></name>
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     <email>ariel.gustavo.schwartzman@cern.ch</email>
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   <abstract>This talk presents the first results on jet, missing transverse energy (MET) and tau reconstruction performance, as obtained with the ATLAS detector in 7 TeV proton-proton collisions at the LHC. Jets are reconstructed with the anti-kt jet algorithm using calorimeter clusters, or as so called 'track jets' using the Inner Detector only. The performance of the jet reconstruction will be compared to the Monte Carlo expectation. Methods to determine the jet energy scale and resolution will also be discussed. The MET performance has been studied in randomly-triggered events, soft proton proton collisions and collisions with jets at high transverse momentum where MET is expected to be zero. First MET measurements are also presented for events where a W-boson is produced. Finally, a status of tau reconstruction, identification and triggering in ATLAS will be given.</abstract>
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   <title>Performance of Jet and Missing Transverse Energy Reconstruction with CMS  in pp Collisions at √s = 7 TeV</title>
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     <title>Miss.</title>
     <name first="Joanna" middle="" last="Weng"></name>
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     <organization></organization>
     <email>manfred.krammer@cern.ch</email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-22T16:55:00</startDate>
   <endDate>2010-07-22T17:10:00</endDate>
   <duration>00:15</duration>
   <abstract>Data from pp collisions have been used to study jets and missing transverse energy (MET) in the CMS experiment at the Large Hadron Collider. Results are presented for four different approaches to reconstruct jets and three different approaches to reconstruct MET in The CMS detector: calorimeter-only based jet and MET reconstruction; an algorithm which improves the measurement of calorimeter jets and MET by exploiting the associated tracks; the “Particle Flow” method, which reconstructs each particle in the event based on information from all sub-detectors, prior to the clustering of jets or the calculation of MET; and jets reconstructed from tracks only. The results are compared to those from fully simulated Pythia events. For MET the performance is studied using inclusive pp interactions and also exclusive states such as events containing two high transverse momentum jets, W bosons, Z bosons or isolated, high transverse momentum photons in 7-TeV proton-proton collisions. For jets, pT balance in dijet and photon+jet events is used to measure the jet response as function of pseudorapidity, absolute jet response in the central pseudorapidity region, and jet resolution in multiple regions. Further, we present measurements of the offset energy from noise and pile-up in a jet.</abstract>
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   <title>Performance of the particle flow algorithm in CMS</title>
   <speakers>
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     <name first="Florian" middle="" last="Beaudette"></name>
     <organization>CERN</organization>
     <email>florian.beaudette@cern.ch</email>
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   <startDate>2010-07-22T17:15:00</startDate>
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   <abstract>The aim of the CMS particle flow event-reconstruction algorithm is to identify and reconstruct individually each particle arising from the LHC proton-proton collision, by combining the information from all subdetectors. The resulting particle-flow event reconstruction leads to an improved performance for the reconstruction of jets and MET, and for the identification of electrons, muons, and taus. The 7 TeV jet data, as well as leptons from J/Psi, W and Z Boson are used to finalize the commissioning of the particle-flow algorithm. The efficient reconstruction and identification of photons, charged and neutral hadrons, muons and electrons made possible by the versatility of the CMS apparatus, are shown to perform as expected up to a high level of precision. Results on particle-based jets and missing transverse energy, as well as on muons and electrons obtained through the reconstruction of standard candles are shown.</abstract>
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     <name first="Giovanni" middle="" last="Petrucciani"></name>
     <organization>Univ. of California, San Diego</organization>
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   <startDate>2010-07-22T17:35:00</startDate>
   <endDate>2010-07-22T17:55:00</endDate>
   <duration>00:20</duration>
   <abstract>The performance of muon reconstruction in CMS has been studied on a sample of muons collected in pp collisions at √s = 7 TeV at the LHC. Measured distributions of basic muon-track quantities are well reproduced by the Monte Carlo simulation. Efficiencies of various high-level trigger, identification, and reconstruction algorithms have been measured and compared with the expectations from Monte Carlo simulation. Results for the relative muon momentum resolution and the muon momentum scale will be reported.</abstract>
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   <title>Performance of the ATLAS Muon Spectrometer and of Muon Identification at the LHC</title>
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     <title></title>
     <name first="Martin" middle="" last="Woudstra"></name>
     <organization>University of Massachusetts</organization>
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   <startDate>2010-07-22T17:55:00</startDate>
   <endDate>2010-07-22T18:15:00</endDate>
   <duration>00:20</duration>
   <abstract>The large cosmic data samples collected in fall 2009 by the ATLAS experiment have been used to study the performance of the Muon Spectrometer. Detailed studies of the basic Muon spectrometer performance in terms of sagitta resolution, tracking efficiency and momentum resolution are presented and provide an update with respect to the results recently published. The results are also compared with a cosmic data simulation recently improved with a more realistic drift chamber response. The recent collision data collected at a CM of 7 TeV have also been analyzed to determine basic Muon Spectrometer performance.
The performance of the ATLAS muon identification was studied with 1 inverse nanobarn of LHC proton-proton collision data at a centre of mass energy of 7 TeV. Measured detector efficiencies, hit multiplicities, and residual distributions of reconstructed muon tracks are well reproduced by the Monte Carlo simulation. Exploiting the redundancy in the muon identification at detector and reconstruction level the performance of the identification steps could be checked with data. 4.5 muons per microbarn with pT &gt; 6 GeV and |η|&lt;2.5 were identified as predicted by Pythia minimum bias Monte Carlo. The pseudorapidity, ϕ, and pT distributions of the reconstructed muons are in reasonable agreement with the Monte Carlo prediction.</abstract>
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    <name first="Enrico" middle="" last="Tassi"></name>
    <organization>Dipartimento di Fisica-Univ. degli Studi della Calabria</organization>
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  <startDate>2010-07-22T16:15:00</startDate>
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  <duration>01:45</duration>
  <contribution>
   <ID>1136</ID>
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    <id>0</id>
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   <title>Combination and QCD Analysis of the HERA Inclusive Cross Sections</title>
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    <user>
     <title></title>
     <name first="Voica Ana Maria" middle="" last="Radescu"></name>
     <organization>Deutsches Elektronen Synchrotron (DESY)</organization>
     <email>voica.ana.maria.radescu@cern.ch</email>
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     <title></title>
     <name first="" middle="" last="The H1 and ZEUS Collaborations"></name>
     <organization></organization>
     <email>tobias.haas@desy.de,diaconu@mail.desy.de</email>
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   <startDate>2010-07-22T16:15:00</startDate>
   <endDate>2010-07-22T16:33:00</endDate>
   <duration>00:18</duration>
   <abstract>Combined Measurement of Neutral and Charged Current Cross Sections at HERA
A combination is presented of the inclusive cross sections measured by the H1 and ZEUS Collaborations in neutral and charged current deep-inelastic ep scattering at HERA. The combination uses data from unpolarised ep scattering taken during the HERA-I phase as well as measurements with longitudinally polarised electron or positron beams from the HERA-II running period. The combination method takes the correlations of systematic uncertainties into account. The inclusion of the large HERA-II data set leads to an improved uncertainty especially at large four momentum transfer squared Q^2.

Combined measurement of the Inclusive e+p Scattering Cross Sections at HERA for Reduced Proton Beam Energy Runs and Determination of the Structure Function F_L
A combination of the inclusive deep inelastic cross sections measured by the H1 and ZEUS Collaborations for ep scattering with nominal and reduced proton-beam energies, Ep=920 GeV, Ep=460 GeV and 575 GeV, is presented. The combination method used takes the correlations of systematic uncertainties into account, resulting in improved accuracy. From the combined data the proton structure function, F_L, is extracted in the region of 2.5 &lt; Q^2 &lt; 800 GeV^2.

Combined Measurement and QCD Analysis of the Inclusive ep Scattering Cross Sections at HERA
A combination is presented of the inclusive deep inelastic cross sections measured by the H1 and ZEUS Collaborations in neutral and charged current unpolarised ep scattering at HERA during the period 1994-2000. The data span six orders of magnitude in negative four-momentum-transfer squared, Q^2, and in Bjorken x. The combination method used takes the correlations of systematic uncertainties into account, resulting in an improved accuracy. The combined data are the sole input in a NLO QCD analysis which determines a new set of parton distributions, HERAPDF1.0, with small experimental uncertainties. This set includes an estimate of the model and parametrisation uncertainties of the fit result.

PDF fits including HERA data with reduced proton beam energy
A QCD fit analysis to the combined HERA-I inclusive deep inelastic cross sections measured by the H1 and ZEUS collaborations for ep scattering, including the HERA-II measurements with reduced proton-beam energies, Ep = 460GeV and Ep = 575GeV, is presented. The effect of including the new data on the determination of HERA parton distribution functions is analysed, using fits similar to those performed for HERAPDF1.0. Some tension of the QCD fit with respect to the data is identified in the kinematic region of low Q^2 and low x. Furthermore, the data show sensitivity to various schemes of treating heavy flavours.

PDF fits including HERA-II high Q^2 data
The QCD fit analysis of the combined HERA-I inclusive deep inelastic cross sections has been extended to include combined HERA II measurements at high Q^2. The effect of including these data on the determination of parton distribution functions is analysed, using fits similar to those performed for HERAPDF1.0. The precision of the PDFs at high-x is considerably improved- particularly in the valence sector.</abstract>
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  <contribution>
   <ID>1169</ID>
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   <type>
    <id>0</id>
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   <title>Charm and Beauty Production from Secondary Vertexing at HERA</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Paul" middle="" last="Thompson"></name>
     <organization>University of Birmingham</organization>
     <email>paul.daniel.thompson@cern.ch</email>
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    <user>
     <title></title>
     <name first="" middle="" last="The H1 and ZEUS Collaborations"></name>
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     <email>tobias.haas@desy.de,diaconu@mail.desy.de</email>
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   <startDate>2010-07-22T16:35:00</startDate>
   <endDate>2010-07-22T16:53:00</endDate>
   <duration>00:18</duration>
   <abstract>Measurement of the Charm and Beauty Structure Functions using the H1 Vertex Detector at HERA
Inclusive charm and beauty cross sections are measured in e^- p and e^+p neutral current collisions at HERA in the kinematic region of photon virtuality 5 &lt; Q^2 &lt; 2000 GeV^2 and Bjorken scaling variable 0.0002 &lt; x &lt; 0.05. The data were collected with the H1 detector in the years 2006 and 2007 corresponding to an integrated luminosity of 189 pb^-1. The numbers of charm and beauty events are determined using variables reconstructed by the H1 vertex detector including the impact parameter of tracks to the primary vertex and the position of the secondary vertex. The measurements are combined with previous data and compared to QCD predictions.

Measurement of Charm and Beauty Jets in Deep Inelastic Scattering at HERA
Measurements of the charm and beauty jet cross sections have been made in deep inelastic scattering at HERA for the kinematic region of photon virtuality Q^2 &gt; 6 GeV^2 and elasticity variable 0.07 &lt; y &lt; 0.625 for jets in the laboratory frame with transverse energy E_T^jet &gt; 6 GeV and pseudorapidity -1.0 &lt; eta^jet &lt; 1.5. Measurements are also made requiring a jet in the Breit frame with E_T^jet &gt; 6 GeV. The data were collected with the H1 detector in the years 2006 and 2007 corresponding to an integrated luminosity of 189 pb^-1. The number of charm and beauty jets are determined using variables reconstructed by the H1 vertex detector including the impact parameter of tracks to the primary vertex and the position of the secondary vertex. The measurements are compared with QCD predictions and with previous measurements obtained using muon tagging.

Charm and beauty production in deep inelastic scattering from inclusive secondary vertexing at ZEUS
Charm and beauty production in deep inelastic scattering has been measured with the ZEUS detector using the full HERA II data set. The charm and beauty contents in events with a jet have been extracted using the decay length significance and invariant mass of secondary decay vertices. Differential cross sections as a function of Q^2, Bjorken x, p_T(jet) and eta(jet) were measured and compared to theoretical predictions. The open charm and beauty contributions to the proton structure function F_2 are extracted.

Measurement of charm and beauty photoproduction from inclusive secondary vertexing at HERA-II
Photoproduction of beauty and charm quarks in events with two jets has been measured with the ZEUS detector at HERA using an integrated luminosity of 130 pb-1. The beauty and charm content was extracted using the decay-length significance of the b and c hadrons and the invariant mass of the decay vertices. Differential cross sections as functions of pT(Jet) and eta(Jet) are compared with the Pythia leading order plus parton shower (LO+PS) Monte Carlo and QCD predictions calculated at next-to-leading order.</abstract>
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   <title>Charm and Beauty Production from Semileptonic  Decays at HERA</title>
   <speakers>
    <user>
     <title></title>
     <name first="Markus" middle="" last="Juengst"></name>
     <organization>Universitaet Bonn</organization>
     <email>juengst@physik.uni-bonn.de</email>
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   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The H1 and ZEUS Collaborations"></name>
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     <email>tobias.haas@desy.de,diaconu@mail.desy.de</email>
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    <name></name>
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   <startDate>2010-07-22T16:55:00</startDate>
   <endDate>2010-07-22T17:13:00</endDate>
   <duration>00:18</duration>
   <abstract>Measurement of the photoproduction of b-quarks at threshold at HERA
The cross section of bb_bar photoproduction in ep collisions is measured with the H1 detector at HERA. Events containing b-quarks are identified through detection of two low momentum electrons in the final state. Semileptonic decays bb_bar -&gt; ee X are exploited in the kinematic range of the photon virtuality Q^2 &lt; 1 GeV^2, the inelasticity 0.2 &lt; y &lt; 0.8 and the pseudorapidity of the b-quarks |eta(b), eta(b_bar)| &lt; 2. The differential b-quark production cross section is measured as a function of the transverse b-quark momentum and extends the previously experimentally accessible phase space towards the b-quark production threshold. The results are compared to other b-quark cross section measurements, as well as to QCD predictions.

Measurement of charm and beauty production in deep inelastic ep scattering from decays into muons at HERA
The production of charm and beauty quarks in ep interactions has been measured  with the ZEUS detector at HERA for squared four-momentum exchange Q^2&gt;20 GeV^2, using an integrated luminosity of 126 pb^-1. Charm and beauty quarks were identified through their decays into muons. Differential cross sections were measured for muon transverse momenta p_T^μ&gt;1.5 GeV and pseudorapidities -1.6&lt;eta^μ&lt;2.3, as a function of p_T^μ, eta^μ, Q^2 and Bjorken x. The charm and beauty contributions to the proton structure function F_2 were also extracted. The results agree with previous measurements based on independent techniques and are well described by QCD predictions.

Measurement of beauty production in DIS and F2b bbar extraction at ZEUS
Beauty production in deep inelastic scattering with events in which a muon and a jet are observed in the final state has been measured with the ZEUS detector at HERA using an integrated luminosity of 114 pb-1. The fraction of events with beauty quarks in the data was determined using the distribution of the transverse momentum of the muon relative to the jet. The cross section for beauty production was measured in the kinematic range of photon virtuality, Q^2 &gt; 2 GeV^2, and inelasticity, 0.05 &lt; y &lt; 0.7, with the requirement of a muon and a jet. Total and differential cross sections are presented and compared to QCD predictions. The beauty contribution to the structure function F_2 was extracted and is compared to theoretical predictions.

Measurement of beauty production from dimuon events at HERA
Beauty production in events containing two muons in the final state has been measured with the ZEUS detector at HERA using an integrated luminosity of 114 pb-1. A low transverse-momentum threshold for muon identification, in combination with the large rapidity coverage of the ZEUS muon system, gives access to a very large fraction of the  phase space for beauty production. The total cross section for beauty production in ep collisions at sqrt(s)=318 GeV has been measured to be sigma_tot(ep-&gt;b bar X)=13.9+-1.5(stat.)+4.0-4.3(syst.) nb. Differential cross sections and a measurement of bbar correlations are also obtained, and compared to other beauty cross-section measurements, Monte Carlo models and next-to-leading-order QCD predictions.

Charm and beauty production with semi-leptonic decay into electrons in DIS and PHP at ZEUS
The production of heavy quarks in ep interactions has been studied with the ZEUS detector at HERA in the photoproduction and DIS regimes using an integrated luminosity of 360 pb-1. The heavy flavour events were identified using electrons with a transverse momentum of at least  pT(e) &gt; 0.9 GeV in the range eta(e) &lt; 1.5. The fractions of events containing the heavy quarks were extracted from a likelihood fit using variables sensitive to electron identification as well as to semileptonic decays. Total and differential cross sections for beauty, and in the case of photoproduction also for charm, were measured and compared with next-to-leading-order QCD calculations and Monte Carlo models. For squared four-momentum exchange of 10 &lt; Q2 &lt; 1000 GeV2 the beauty contribution to the proton structure function, F2b, was extracted from the double differential cross section as a function of x and Q^2.</abstract>
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   <title>D* (+jets) in Deep Inelastic Scattering and Photoproduction</title>
   <speakers>
    <user>
     <title></title>
     <name first="Andreas Werner" middle="" last="Jung"></name>
     <organization>DESY</organization>
     <email>anjung@mail.desy.de</email>
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   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The H1 and ZEUS Collaborations"></name>
     <organization></organization>
     <email>tobias.haas@desy.de,diaconu@mail.desy.de</email>
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   <startDate>2010-07-22T17:15:00</startDate>
   <endDate>2010-07-22T17:28:00</endDate>
   <duration>00:13</duration>
   <abstract>Measurement of the D* Meson Production Cross Section and F_2^ccbar, at High Q^2, in ep Scattering at HERA
The inclusive production of D*(2010) mesons in deep-inelastic ep scattering is measured in the kinematic region of photon virtuality 100 &lt; Q^2 &lt; 1000 GeV^2 and inelasticity 0.02 &lt; y &lt; 0.7. Single and double differential cross sections for inclusive D* meson production are measured in the visible range defined by |eta(D*)| &lt; 1.5 and p_T(D*) &gt; 1.5 GeV. The data were collected by the H1 experiment during the period from 2004 to 2007 and correspond to an integrated luminosity of 351 pb^{-1}. The charm contribution, F_2^{ccbar}, to the proton structure function F_2 is determined. The measurements are compared with QCD predictions.

Combination of F_2^{ccbar} from D^{*+-} Measurement in DIS and inclusive measurement of displaced tracks at H1
Recent measurements by the H1 experiment of the inclusive charm and beauty cross sections in deep inelastic ep scattering at HERA are presented. The data were collected in the years 2006 and 2007 corresponding to an integrated luminosity of 189 pb^-1. The numbers of charm and beauty events are determined using variables reconstructed by the H1 vertex detector. The measurement of the inclusive charm cross section is combined with the result obtained using the reconstruction of D^{*+-} mesons in order to obtain a more precise measurement of the  charm contribution F_2^{ccbar} the proton structure function F_2. The measurements are compared with QCD predictions.

D* with jets in photoproduction
Photoproduction of events containing a D* meson and two jets are investigated with the H1 detector using the HERA-II data sample. The D* mesons are reconstructed in the golden decay channel D* -&gt; K pi pi_s. Photoproduction events are selected in the kinematic range Q^2 &lt; 2 GeV^2 and 0.1 &lt; y &lt; 0.8 corresponding to 100 &lt; W_gammap &lt; 285 GeV. The jets are reconstructed with the inclusive k_T algorithm in the laboratory frame and are selected if they have p_T &gt; 3.5 GeV. Differential cross section sensitive to the kinematics of the incoming gluon are measured and compared to QCD calculations.

D* production in deep inelastic ep scattering at HERA
Inclusive production of D*(2010) mesons in deep inelastic ep scattering was studied in the D^0 pi_s decay channel with the ZEUS detector at HERA using an integrated luminosity of 360 pb-1. Differential D* cross sections are presented as functions of the D* transverse momentum, Pt(D*), and pseudorapidity, eta(D*), for 1.5 &lt; Pt(D*) &lt; 15 GeV and |eta(D*)| &lt; 1.5 in the kinematic region of photon virtuality 5 &lt; Q2 &lt; 1000 GeV2 and inelasticity 0.02 &lt; y &lt; 0.7. In addition, differential cross sections for D* production as functions of Q2 and Bjorken x are presented. Next-to-leading-order (NLO) QCD predictions give an adequate description of the data. The measured cross section was extrapolated using these predictions to the full kinematic region in y, Pt(D*) and eta(D*) to determine the open charm contribution to the proton structure function, F2cc. Predictions from NLO QCD fits to inclusive data describe well the extracted F2cc from D* production.</abstract>
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   <title>D^±, D^0 and Λ_c^+ Production in Deep Inelastic Scattering at HERA</title>
   <speakers>
    <user>
     <title></title>
     <name first="Philipp" middle="" last="Roloff"></name>
     <organization>DESY</organization>
     <email>philipp.roloff@gmx.de</email>
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   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The H1 and ZEUS Collaborations"></name>
     <organization></organization>
     <email>tobias.haas@desy.de,diaconu@mail.desy.de</email>
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   <startDate>2010-07-22T17:30:00</startDate>
   <endDate>2010-07-22T17:43:00</endDate>
   <duration>00:13</duration>
   <abstract>Measurement of D+- and D0 Production in Deep Inelastic Scattering Using a Lifetime Tag at HERA
The production of D+- and D0 mesons has been measured with the ZEUS detector at HERA using an integrated luminosity of 133.6 pb-1. The measurements cover the kinematic range 5 &lt; Q2 &lt; 1000 GeV2, 0.02 &lt; y &lt; 0.7, 1.5 &lt; pT(D) &lt; 15 GeV and |eta(D)| &lt; 1.6. Combinatorial background to the D meson signals is reduced by using the ZEUS microvertex detector to reconstruct displaced secondary vertices. Production cross sections are compared with the predictions of next-to-leading-order QCD which is found to describe the data well. Measurements are extrapolated to the full kinematic phase space in order to obtain the open-charm contribution, F2(ccbar), to the proton structure function, F2.

Measurement of D+ and Lambda_c+ production in deep inelastic scattering at HERA
Charm production in deep inelastic scattering has been measured with the ZEUS detector at HERA using an integrated luminosity of 120 pb-1. The hadronic decay channels D+ -&gt; K0S pi+, Lambda_c+ -&gt; p K0S and Lambda_c+ -&gt; Lambda pi+, and their charge conjugates, were reconstructed. The presence of a neutral strange hadron in the final state reduces the combinatorial background and extends the measured sensitivity into the low transverse momentum region. The kinematic range is 0 &lt; pT(D+,Λ_c+) &lt; 10GeV, |eta(D+,Λ_c+)| &lt; 1.6, 1.5 &lt; Q2 &lt; 1000GeV2 and 0.02 &lt; y &lt; 0.7. Inclusive and differential cross sections for the production of D+ mesons are compared to next-to-leading-order QCD predictions. The fraction of c quarks hadronising into Lambda_c+ baryons is extracted.

Measurement of D+- production production and F2c extraction in deep inelastic scattering at ZEUS
The production of charm quarks in deep inelastic ep scattering has been measured with the ZEUS detector at HERA using an integrated luminosity of 323 pb-1. Charm events were identified through the D+ -&gt; K- pi+ pi+ (+cc) decay channel. A lifetime tag based on decay length significance was applied to improve the signal to background ratio. The kinematic region was 1.5 &lt; p_T(D+) &lt; 15 GeV, |eta(D+)| &lt; 1.6, 5 &lt; Q^2 &lt; 1000 GeV^2 and 0.02 &lt; y &lt; 0.7. Total and differential cross sections for D+ production were measured and compared to next-to-leading-order QCD calculations and published ZEUS results. The charm contribution to the proton structure function, F2c, was extracted. The results agree with previous measurements and are well described by QCD predictions.</abstract>
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  <contribution>
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   <type>
    <id>0</id>
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   <title>Non-linear QCD dynamics and exclusive production in ep collisions</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Magno" middle="" last="Machado"></name>
     <organization>Universidade Federal do Rio Grande do Sul</organization>
     <email>magnus@if.ufrgs.br</email>
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   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Magno" middle="" last="Machado"></name>
     <organization>Universidade Federal do Rio Grande do Sul</organization>
     <email>magnus@if.ufrgs.br</email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-22T17:45:00</startDate>
   <endDate>2010-07-22T17:58:00</endDate>
   <duration>00:13</duration>
   <abstract>The exclusive processes in electron-proton (ep) interactions are an important tool to investigate the QCD dynamics at high energies as they are in general driven by the gluon content of proton which is strongly subject to parton saturation effects. In this paper we compute the cross sections for the exclusive vector meson production as well as the deeply virtual Compton scattering (DVCS) relying on the color dipole approach and considering the numerical solution of the Balitsky-Kovchegov equation including running coupling corrections. We show that the small-x evolution given by this evolution equation is able to describe the DESY-HERA data and is relevant for the physics of the exclusive observables in future electron-proton colliders and in photoproduction processes to be measured in coherent interactions at the LHC.</abstract>
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   <user>
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    <name first="Alessandro" middle="" last="Tomasiello"></name>
    <organization>Milan Bicocca University</organization>
    <email>tomasiel@gmail.com</email>
   </user>
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  <location>
   <name></name>
   <address>None</address>
   <room>Salle 252A</room>
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  <startDate>2010-07-22T16:15:00</startDate>
  <endDate>2010-07-22T18:00:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>756</ID>
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   <type>
    <id>0</id>
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   </type>
   <title>Holography for Schroedinger</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Kostas" middle="" last="Skenderis"></name>
     <organization>University of Amsterdam</organization>
     <email>k.skenderis@uva.nl</email>
    </user>
   </speakers>
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    <user>
     <title>Prof.</title>
     <name first="Kostas" middle="" last="Skenderis"></name>
     <organization>University of Amsterdam</organization>
     <email>k.skenderis@uva.nl</email>
    </user>
   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
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   <startDate>2010-07-22T16:15:00</startDate>
   <endDate>2010-07-22T16:42:00</endDate>
   <duration>00:27</duration>
   <abstract>There has been a lot of interest in recent times in systems with non-relativistic conformal symmetry, such as the Schroedinger symmetry. Such systems appear in condensed matter physics such as, for example, fermions at unitarity. Here we discuss how to set up holography for bulk systems with Schroedinger symmetry.</abstract>
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   <ID>1161</ID>
   <parentProtection>false</parentProtection>
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   <track>12 - Beyond Quantum Field Theory Approaches (including String Theories)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Towards a novel description of flavor dynamics in holographic QCD</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Vasilis" middle="" last="Niarchos"></name>
     <organization>University of Crete and Ecole Polytechnique</organization>
     <email>niarchos@cpht.polytechnique.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Vasilis" middle="" last="Niarchos"></name>
     <organization>University of Crete and Ecole Polytechnique</organization>
     <email>niarchos@cpht.polytechnique.fr</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
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   <startDate>2010-07-22T16:45:00</startDate>
   <endDate>2010-07-22T17:03:00</endDate>
   <duration>00:18</duration>
   <abstract>D-branes with a U-shaped geometry, like the D8 flavor branes in the Sakai-Sugimoto model of QCD, are encountered frequently in holographic backgrounds. We argue that the commonly used DBI action is inadequate as an effective field theory description of these branes, and discuss an effective action that incorporates naturally the non-local physics of a complex scalar mode. Our results are relevant for the holographic description of chiral symmetry breaking and bare quark mass in QCD and open string tachyon condensation in curved backgrounds.</abstract>
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   <ID>933</ID>
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   <track>12 - Beyond Quantum Field Theory Approaches (including String Theories)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Recent progress in the AdS_4/CFT_3 correspondence</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="James" middle="" last="Sparks"></name>
     <organization>University of Oxford</organization>
     <email>sparks@maths.ox.ac.uk</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="James" middle="" last="Sparks"></name>
     <organization>University of Oxford</organization>
     <email>sparks@maths.ox.ac.uk</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-22T17:06:00</startDate>
   <endDate>2010-07-22T17:24:00</endDate>
   <duration>00:18</duration>
   <abstract>I will summarize recent progress in constructing M-theory/string theory duals to (2+1)-dimensional superconformal field theories.</abstract>
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    <ID>slides</ID>
    <title>Slides</title>
    <description></description>
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   <type>
    <id>0</id>
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   <title>Virtual Compton Scattering off a Spinless Target in the AdS/QCD correspondence</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Samuel" middle="" last="Wallon"></name>
     <organization>CNRS/LPT Orsay</organization>
     <email>samuel.wallon@th.u-psud.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Samuel" middle="" last="Wallon"></name>
     <organization>CNRS/LPT Orsay</organization>
     <email>samuel.wallon@th.u-psud.fr</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Prof.</title>
     <name first="Cyrille" middle="" last="Marquet"></name>
     <organization>IPhT, CEA Saclay</organization>
     <email></email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Claude" middle="" last="Roiesnel"></name>
     <organization>CPHT, Ecole Polytechnique</organization>
     <email></email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-22T17:27:00</startDate>
   <endDate>2010-07-22T17:41:00</endDate>
   <duration>00:14</duration>
   <abstract>We study the doubly virtual Compton scattering off a spinless target gamma* P -&gt; gamma* P' within the Anti-de Sitter(AdS)/QCD formalism. We find that the general structure allowed by the Lorentz invariance and gauge invariance of the Compton amplitude is not easily reproduced with the standard recipes of the AdS/QCD correspondence. In the soft-photon regime, where the semi-classical approximation is supposed to apply best, we show that the measurements of the electric and magnetic polarizabilities of a target like the charged pion in real Compton scattering, can already serve as stringent tests.</abstract>
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    <id>0</id>
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   <title>Planck Scale Cosmology and Asymptotic Safety in Resummed Quantum Gravity</title>
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    <user>
     <title></title>
     <name first="Bennie" middle="" last="Ward"></name>
     <organization>Baylor University, Waco, TX, USA</organization>
     <email>bfl_ward@baylor.edu</email>
    </user>
   </speakers>
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    <user>
     <title></title>
     <name first="Bennie" middle="" last="Ward"></name>
     <organization>Baylor University, Waco, TX, USA</organization>
     <email>bfl_ward@baylor.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-22T17:43:00</startDate>
   <endDate>2010-07-22T17:57:00</endDate>
   <duration>00:14</duration>
   <abstract>In Weinberg’s asymptotic safety approach to quantum gravity, one has a finite dimensional critical surface for a UV stable fixed point to generate a theory of quantum gravity with a finite number of physical parameters. The task is to demonstrate how this fixed point behavior actually arises. We argue that, in a recently formulated extension of Feynman’s original formulation of the theory, which we have called resummed quantum gravity, we recover this fixed-point UV behavior from an exact re-arrangement of the respective perturbative series. We argue that the results we obtain are consistent both with the exact field space Wilsonian renormalization group results of Reuter and Bonanno and with recent Hopf-algebraic Dyson-Schwinger renormalization theory results of Kreimer. We calculate the first "first principles" predictions of the respective dimensionless gravitational and cosmological constants and argue that they support the Planck scale cosmology advocated by Bonanno and Reuter as well. Comments on the prospects for actually predicting the currently observed value of the cosmological constant are also given.</abstract>
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  <ID>48</ID>
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  <code>02-4</code>
  <title>02 - The Standard Model and Electroweak Symmetry Breaking</title>
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   <user>
    <title></title>
    <name first="Giampiero" middle="" last="Passarino"></name>
    <organization>Torino University</organization>
    <email>giampiero@to.infn.it</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 252B</room>
  </location>
  <startDate>2010-07-22T16:15:00</startDate>
  <endDate>2010-07-22T18:00:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>340</ID>
   <parentProtection>false</parentProtection>
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    <id>0</id>
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   <title>Higgs production at the Tevatron: theoretical predictions and uncertainties</title>
   <speakers>
    <user>
     <title>Mr.</title>
     <name first="Julien" middle="" last="Baglio"></name>
     <organization>Theoretical Physics Laboratory, Orsay</organization>
     <email>baglio@phare.normalesup.org</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Mr.</title>
     <name first="Julien" middle="" last="Baglio"></name>
     <organization>LPT Orsay</organization>
     <email>julien.baglio@th.u-psud.fr</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Abdelhak" middle="" last="Djouadi"></name>
     <organization>LPT Orsay / CERN</organization>
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   <endDate>2010-07-22T16:37:00</endDate>
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   <abstract>I will present an update of the theoretical predictions for the production cross sections of the Standard Model Higgs boson at the Tevatron collider. The two main search channels will be discussed, the gluon-gluon fusion mechanism gg → H and the Higgs-strahlung process q qbar → VH with V=W/Z, including all relevant higher order QCD and electroweak corrections in perturbation theory. A thorough analysis of the various uncertainties affecting these predictions will then follow.</abstract>
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   <startDate>2010-07-22T16:40:00</startDate>
   <endDate>2010-07-22T16:58:00</endDate>
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   <abstract>We have searched for the Standard Model Higgs boson in the low mass region using CDF detector at the Tevatron. Results with over 5 fb-1 of integrated luminosity will be presented.</abstract>
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    <name></name>
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   <startDate>2010-07-22T17:20:00</startDate>
   <endDate>2010-07-22T17:38:00</endDate>
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   <abstract>We have searched for the Standard Model Higgs boson in the high mass region using CDF detector at the Tevatron. Results with over 5 fb-1 of integrated luminosity will be presented.</abstract>
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   <startDate>2010-07-22T17:40:00</startDate>
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   <abstract>We have searched for the Standard Model Higgs boson in the high mass region using DZero detector at the Tevatron. Results with up to 7 fb-1 of integrated luminosity will be presented.</abstract>
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    <name first="Raphael" middle="" last="Granier De Cassagnac"></name>
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  <startDate>2010-07-22T16:15:00</startDate>
  <endDate>2010-07-22T18:00:00</endDate>
  <duration>01:45</duration>
  <contribution>
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   <title>LHC data confront Monte Carlo predictions</title>
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     <name first="Frank" middle="" last="Krauss"></name>
     <organization>Durham</organization>
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   <startDate>2010-07-22T16:15:00</startDate>
   <endDate>2010-07-22T16:35:00</endDate>
   <duration>00:20</duration>
   <abstract>In this talk Monte Carlo models for Minimum Bias physics and their corresponding tunes will be confronted with data from the LHC.</abstract>
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   <title>Identified particle spectra measured by the ALICE experiment in pp collisions at 0.9 and 7 TeV at LHC.</title>
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     <title>Dr.</title>
     <name first="Mercedes" middle="" last="Lopez Noriega"></name>
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   <startDate>2010-07-22T16:40:00</startDate>
   <endDate>2010-07-22T16:56:00</endDate>
   <duration>00:16</duration>
   <abstract>We will present the transverse momentum spectra of identified particles measured with the ALICE experiment in proton-proton collisions at LHC recorded at the center-of-mass energies of 0.9 and 7 TeV. The spectra of the charged particles (π± , K± , p and pbar) were obtained measuring the dE/dx in the ALICE TPC and ITS complemented at higher momenta by the time-of-flight information provided by the ALICE TOF detector. The spectra of the Kº_S, and hyperons were reconstructed using the decay topology of these particles.
These measurements demonstrate the exceptional operation of both the LHC machine and the ALICE experiment. On the physics side, they provide insights about the mechanisms of the particle production at these energies and will serve as a baseline for the future measurements at even higher LHC energies and for heavy-ion collisions.</abstract>
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   <abstract>We present results on two-particle angular correlations in proton-proton collisions over a broad range of pseudorapidity (Δη) and azimuthal angle (Δφ). The data were collected with the CMS detector. A complex two-dimensional correlation structure in Δη and Δφ is observed. In the context of an independent cluster model of short-range correlations, the cluster size and its decay width are extracted from the two-particle pseudorapidity correlation function and compared with previous measurements in proton-proton and proton-antiproton collisions, as well as PYTHIA predictions. The results at 0.9 TeV are in agreement with previous measurements. The new results at 2.36 and 7 TeV represent the highest-energy measurements at a particle collider to date. Furthermore, Bose-Einstein correlations have been measured using samples of proton-proton collisions at 0.9 and 2.36 TeV center-of-mass energy. The signal is observed in the form of an enhancement of pairs of same-sign charged particles with small relative four-momentum. A significant increase of the size of the correlated particle emission region with the particle multiplicity in the event is observed.</abstract>
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   <title>Decay constants of heavy mesons from QCD sum rules</title>
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   <abstract>We study the decay constants of D, Ds, B, Bs mesons with Borel QCD sum rules, making use of the recent modifications related to the Borel-parameter-dependent effective continuum threshold. For the fixed values of the QCD parameters, our modifications are shown to lead to a visible shift of the extracted value of the decay constant compared to the standard analysis based on a Borel-parameter-independent threshold. We argue that our modifications allow one to probe the systematic errors of the extracted decay constants. We provide rather accurate results for fD and fDs. We demonstrate that an accurate extraction of fB and fBs is only possible if a very precise value of m_b(m_b) is known.</abstract>
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   <abstract>We present our strategy to compute the b-quark mass and the heavy-strange decay constant, in heavy quark effective theory including 1/m corrections. By matching the effective theory and QCD in a small volume, one can determine non-perturbatively the bare parameters of the HQET Lagrangian and those of the heavy-light currents.  The static, kinetic and magnetic energy of the heavy-light meson are obtained from large volume simulations. Using the GEVP method applied to all-to-all propagators allows us to isolate the ground state and the first excited state. I will show how the b-quark mass and the heavy-strange decay constant can be computed in this way, and I will present our preliminary results for the case of nf=2 flavors of dynamical quarks.</abstract>
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     <name first="Leonard" middle="" last="Lesniak"></name>
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    <user>
     <title></title>
     <name first="Leonard" middle="" last="Lesniak"></name>
     <organization>H. Niewodniczanski Institute of Nuclear Physics PAN, Krakow, Poland</organization>
     <email>leonard.lesniak@ifj.edu.pl</email>
    </user>
    <user>
     <title></title>
     <name first="Jean-Pierre" middle="" last="Dedonder"></name>
     <organization>Laboratoire de Physique Nucleaire et de Hautes Energies (IN2P3-CNRS-Universites Paris 6 et 7), Groupe Theorie,  Universite Pierre et Marie Curie,  Paris, France</organization>
     <email>jean-pierre.dedonder@univ-paris-diderot.fr</email>
    </user>
    <user>
     <title></title>
     <name first="Agnieszka" middle="" last="Furman"></name>
     <organization>ul. Bronowicka 85/26, 30-091 Krakow, Poland</organization>
     <email>agniecha@altair.krakow.pl</email>
    </user>
    <user>
     <title></title>
     <name first="Robert" middle="" last="Kaminski"></name>
     <organization>H. Niewodniczanski Institute of Nuclear Physics PAN, Krakow, Poland</organization>
     <email>robert.kaminski@ifj.edu.pl</email>
    </user>
    <user>
     <title></title>
     <name first="Benoit" middle="" last="Loiseau"></name>
     <organization>Laboratoire de Physique Nucleaire et de Hautes Energies (IN2P3--CNRS--Universites Paris 6 et 7), Groupe Theorie, Universite Pierre et Marie Curie, Paris, France</organization>
     <email>loiseau@in2p3.fr</email>
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   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T16:45:00</startDate>
   <endDate>2010-07-22T17:00:00</endDate>
   <duration>00:15</duration>
   <abstract>The two-pion effective mass and helicity angle distributions in  the charged B-meson decays into three charged pions are studied. The weak decay amplitudes are calculated in the QCD factorization framework. The final state interactions between the produced pairs of pions are described using  strong pion-pion scalar and vector  form factors. The scalar form factors are constrained by  pion-pion, kaon-antikaon and four pion production data incorporated into a multichannel model of the corresponding coupled amplitudes. The pion-pion vector form factor is parametrized as in the Belle Collaboration analysis of their high statistics data on τ--&gt;π- π0 v_τ decays [Phys. Rev. D78 (2008) 072006].
The theoretical distributions of the dipion effective masses are compared with the corresponding results of the recent Dalitz plot analysis of B±-&gt;π+ π- π± decays done by the BaBar Collaboration [Phys. Rev. D79 (2009) 072006].
We show that the S-wave dipion amplitude, although much smaller than the P-wave amplitude corresponding to the ρ(770) resonance, plays, nevertheless, an important role in the ρ(770) mass range. As a matter of fact, the interference term between the S and P dipion amplitudes can reach a value as high as 30% of the dominating ρ(770) contribution. This effect can be attributed to the broad f0(600) (σ) meson. The S-wave is also sizeable above 1 GeV where higher scalar resonances exist.
The signal of the B±-&gt;f0(980) π± decay has not been seen in the experimental analysis, but this can be easily explained in the present model since the relevant B decay amplitude is proportional to the scalar form factor which has a characteristic dip at the f0(980) mass. We show that the helicity angle (theta) distribution is strongly asymmetric in the ρ(770) meson range. This effect is confirmed by the comparison of our results with the BaBar data integrated over cos(θ)&gt;0 or over cos(θ)&lt;0.
It would be quite interesting to compare our model with the high statistics data already obtained by the Belle Collaboration and with future data from super B-factories.</abstract>
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   <type>
    <id>0</id>
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   <title>New results on bottom baryons with the CDF II detector</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Igor" middle="" last="Gorelov"></name>
     <organization>Univ.  of New Mexico, USA.</organization>
     <email>igor.gorelov@cern.ch</email>
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     <title></title>
     <name first="The" middle="" last="CDF Collaboration"></name>
     <organization>Fermilab</organization>
     <email>michal.kreps@kit.edu</email>
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    <name></name>
    <address>None</address>
    <room>Salle 242</room>
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   <startDate>2010-07-22T17:00:00</startDate>
   <endDate>2010-07-22T17:15:00</endDate>
   <duration>00:15</duration>
   <abstract>We present a high statistics study of Σb bottom baryon states based on a sample corresponding to 5.3 fb-1 of fully reconstructed Λb decays collected by the CDF experiment. The first independent mass and widths measurements of all four states Σb*+ and Σb*- are reported.</abstract>
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   <type>
    <id>0</id>
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   <title>Measurement of the inclusive b production cross section in pp collisions at sqrt(s) = 7 TeV</title>
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     <title></title>
     <name first="Lea Michaela" middle="" last="Caminada"></name>
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     <title></title>
     <name first="Manfred" middle="" last="Krammer"></name>
     <organization>CMS</organization>
     <email>manfred.krammer@cern.ch</email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
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   <startDate>2010-07-22T17:15:00</startDate>
   <endDate>2010-07-22T17:30:00</endDate>
   <duration>00:15</duration>
   <abstract>Measurements by the CMS experiment of the cross section for inclusive b production in proton-proton collisions at sqrt(s) = 7 TeV are presented. The measurements are based on different methods, such as inclusive jet measurements with secondary vertex tagging or selecting a sample of events containing jets and at least one muon, where the transverse momentum of the muon with respect to the closest jet axis discriminates b events from the background. The data are compared with QCD Monte Carlo predictions at LO and NLO accuracy.</abstract>
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   <type>
    <id>0</id>
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   </type>
   <title>Measurement of beauty photoproduction using decays into muons in dijet events at HERA</title>
   <speakers>
    <user>
     <title></title>
     <name first="Achim" middle="" last="Geiser"></name>
     <organization>Fachbereich Physik</organization>
     <email>achim.geiser@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Tobias" middle="" last="Haas"></name>
     <organization>DESY</organization>
     <email>tobias.haas@desy.de</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Dr.</title>
     <name first="Burkard" middle="" last="Reisert"></name>
     <organization>Max-Planck Institut für Physik München</organization>
     <email>burkard reisert &lt;reisert@mppmu.mpg.de&gt;</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Achim" middle="" last="Geiser"></name>
     <organization>DESY</organization>
     <email>achim.geiser@desy.de</email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Enrico" middle="" last="Tassi"></name>
     <organization>Universita della Calabria</organization>
     <email>enrico.tassi@desy.de</email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242</room>
   </location>
   <startDate>2010-07-22T17:30:00</startDate>
   <endDate>2010-07-22T17:45:00</endDate>
   <duration>00:15</duration>
   <abstract>Beauty photoproduction in dijet events has been measured at HERA with the ZEUS detector using an integrated luminosity of 126 pb-1. Beauty  was identified in events with a muon in the final state by using the transverse momentum of the muon relative to the closest jet. Lifetime information from the silicon vertex detector was also used; the impact parameter of the muon with respect to the primary vertex was exploited to discriminate between signal and background. Cross sections for beauty production as a function of the muon and the jet variables as well as dijet correlations are compared to QCD predictions and to previous measurements. The data are well described by predictions from next-to-leading-order QCD.</abstract>
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  <location>
   <name>Palais des Congrès de Paris</name>
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Paris 17</address>
   <room></room>
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  <location>
   <name>Palais des Congrès de Paris</name>
   <address>2 place de la Porte Maillot
Paris 17</address>
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  <title>01 - Early Experience and Results from LHC</title>
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   <user>
    <title></title>
    <name first="Andreas" middle="" last="Hoecker"></name>
    <organization>CERN</organization>
    <email>andreas.hocker@cern.ch</email>
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   <name></name>
   <address>None</address>
   <room>Salle 251</room>
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  <startDate>2010-07-23T09:00:00</startDate>
  <endDate>2010-07-23T10:30:00</endDate>
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  <contribution>
   <ID>304</ID>
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   <title>First Data from the TOTEM experiment at LHC</title>
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     <title></title>
     <name first="Francesco" middle="" last="Cafagna"></name>
     <organization>Univ. + INFN Bari</organization>
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     <title></title>
     <name first="Francesco" middle="" last="Cafagna"></name>
     <organization>Univ. + INFN</organization>
     <email>cafagna@ba.infn.it</email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-23T09:00:00</startDate>
   <endDate>2010-07-23T09:13:00</endDate>
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   <abstract>Totem is the only LHC experiment that will explore the forward region at pseudorapidity larger than 3.1. The  main goal is the measurement of the total and elastic cross-section at 14 TeV and the study of diffractive physics in the forward region. The experiment approved and funded in the 2006, was build, largely commissioned and  started his data taking in December 2009. The total cross section beyond 1 TeV/c will be measured with the unprecedent precision of 1% using the luminosity  independent method based on the simultaneous  detection of elastic scattering at low momentum transfer and of the inelastic interactions. Protons scattered at very small angles in elastic or quasi-elastic reactions will be measured in telescopes of silicon detectors enclosed in Roman Pots, placed on both sides of the intersection regions. Inelastically produced secondaries will be measured by a forward inelastic detector covering the region 3&lt;η&lt;7  with full azimutal acceptance. This last detector will measure the overall rate of inelastic reactions. The TOTEM physics  program also include for the first time the measurement of the charged multiplicity at the TEV scale important for the understanding of the cosmic ray events. TOTEM will take data under all LHC beam conditions including standard high luminosity runs to maximize its physics goals. This contribution describes the status of the TOTEM experiment. A first set of data at 0.9 and 2.36 TeV  was recently collected and some preliminary results will be shown. In addition we will discuss the measurements to be made in the 2010 LHC runs.</abstract>
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   <type>
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   </type>
   <title>Early Physics with the LHCf detector at LHC</title>
   <speakers>
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     <title></title>
     <name first="Alessia" middle="" last="Tricomi"></name>
     <organization>Dipartimento di Fisica</organization>
     <email>alessia.tricomi@cern.ch</email>
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   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Alessia" middle="" last="Tricomi"></name>
     <organization>University of Catania and INFN Catania, Italy</organization>
     <email>alessia.tricomi@ct.infn.it</email>
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   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T09:15:00</startDate>
   <endDate>2010-07-23T09:28:00</endDate>
   <duration>00:13</duration>
   <abstract>The LHCf detector is the smallest of the six experiments which are taking data at the CERN LHC accelerator. The whole detector has been installed at the beginning of 2008 on both sides of LHC collision point 1 (IP1). LHCf has been designed to measure with high accuracy energy and transverse momentum spectra of neutral particles in the very forward region (η &gt; 8.4) of LHC collisions by means of a double arm calorimeter. Thanks to the excellent energy and position resolution of the two sampling calorimeters, LHCf is able to measure the pion production cross section through the measurement of the photons produced in the neutral pion decays. It is also able to identify neutrons and measure their energy spectrum. LHCf data provide a fundamental tool to calibrate the most widely adopted shower models used to estimate the primary energy of Ultra High Energy Cosmic Rays. Many of the experimental procedures used to derive the properties of primary UHECRs depend strongly on the nuclear interaction model used in the Monte Carlo codes of the air showers and several open questions in cosmic ray physics may profit from the accurate 
knowledge and calibration of Monte Carlo models provided by the LHCf experiment. LHCf experiment sucessfully took data during 2009 run at 900 GeV and it is now smoothly taking data at 7 TeV collisions. Preliminary results of the ongoing analysis will be presented.</abstract>
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   <title>First Physics Results from ALICE</title>
   <speakers>
    <user>
     <title></title>
     <name first="Iouri" middle="" last="BELIKOV"></name>
     <organization>IPHC, CNRS-IN2P3</organization>
     <email>jouri.belikov@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Dmitri" middle="" last="PERESSOUNKO"></name>
     <organization>RRC "Kurchatov institute"</organization>
     <email>dmitri.peressounko@cern.ch</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Javier" middle="" last="CASTILLO CASTELLANOS"></name>
     <organization>Service de Physique Nucleaire (SPhN)</organization>
     <email>javier.castillo.castellanos@cern.ch</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
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   <startDate>2010-07-23T09:30:00</startDate>
   <endDate>2010-07-23T09:55:00</endDate>
   <duration>00:25</duration>
   <abstract>ALICE is the LHC experiment dedicated to the study of heavy-ion collisions. The main purpose of ALICE is to investigate the properties of a state of deconfined nuclear matter, the Quark Gluon Plasma. Heavy flavour measurements will play a crucial role in this investigation. The physics programme of ALICE has started by studying proton-proton collisions at unprecedented high energies. We will present the first results on open heavy flavour and quarkonia in proton-proton collisions at √s = 7 TeV measured by the ALICE experiment at both mid- and forward-rapidities. We will conclude with the prospects for heavy flavour and quarkonium measurements in both proton-proton and nucleus-nucleus collisions. Also presented are first results of neutral meson reconstruction and its perspectives, as well as further physics studies.</abstract>
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     <title></title>
     <name first="Sheldon" middle="" last="STONE"></name>
     <organization>Syracuse</organization>
     <email>stone@physics.syr.edu</email>
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   <primaryAuthors>
    <user>
     <title></title>
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     <organization></organization>
     <email>victor.egorychev@cern.ch</email>
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   <location>
    <name></name>
    <address>None</address>
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   <startDate>2010-07-23T10:00:00</startDate>
   <endDate>2010-07-23T10:25:00</endDate>
   <duration>00:25</duration>
   <abstract>The LHCb experiment is primarily designed to study charm and bottom hadron decays at the LHC. The first exclusively reconstructed charm and bottom hadrons signals have been observed shortly after the start of the first LHC physics run at √s = 7 TeV, in events collected with a minimum bias trigger. Charm cross-sections for D0, D+, Ds and Lambda_c are measured in the forward region covered by LHCb (2 &lt; eta &lt; 5). We also use the semi-inclusive decay B -&gt; D0 lep nu to ascertain the b anti-b production cross section. Preliminary results will be shown. Also reported are studies of W and Z boson, as well as low mass Drell-Yan production.</abstract>
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 <session>
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  <code>04-5</code>
  <title>04 - Hadronic Structure, Parton Distributions, soft QCD, Spectroscopy</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Enrico" middle="" last="Tassi"></name>
    <organization>Dipartimento di Fisica-Univ. degli Studi della Calabria</organization>
    <email>enrico.tassi@cern.ch</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 253</room>
  </location>
  <startDate>2010-07-23T09:00:00</startDate>
  <endDate>2010-07-23T10:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>1171</ID>
   <parentProtection>false</parentProtection>
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   <track>04 - Hadronic Structure, Parton Distributions, soft QCD, Spectroscopy</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Charged Particle Distributions in Deep Inelastic Scattering and Photoproduction</title>
   <speakers>
    <user>
     <title></title>
     <name first="Daniel" middle="" last="Traynor"></name>
     <organization>Queen Mary, Univ. of London</organization>
     <email>d.traynor@qmul.ac.uk</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The H1 and ZEUS Collaborations"></name>
     <organization></organization>
     <email>tobias.haas@desy.de,diaconu@mail.desy.de</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-23T09:00:00</startDate>
   <endDate>2010-07-23T09:13:00</endDate>
   <duration>00:13</duration>
   <abstract>Transverse Momentum of Charged Particles at low Q^2 at HERA
The electron-proton collider HERA allows deep-inelastic scattering (DIS) at very small Bjorken-x of about 10^-5. At such small x new parton dynamics beyond DGLAP are expected to become important. Charged particle spectra are measured in DIS (Q^2 &gt; 5 GeV^2), in different regions of pseudorapidity, using the increased statistics of HERA-2. The measurements are compared to simulations based on different Monte Carlo generators. It is shown that the region of small transverse momenta is primarily sensitive to hadronisation, whereas the region of large transverse momenta is mainly driven by perturbative parton radiation. The observed hardness of the transverse momentum spectra, when compared to different model predictions, can be interpreted as supporting the idea of parton dynamics beyond DGLAP.

Scaled momentum distributions of charged particles in dijet photoproduction at HERA
The scaled momentum distributions of charged particles in jets have been  measured for dijet photoproduction with the ZEUS detector at HERA using an  integrated luminosity of 359 pb-1. The distributions are compared to  predictions based on perturbative QCD carried out in the framework of the  modified leading-logarithmic approximation (MLLA) and assuming local  parton-hadron duality (LPHD). The universal MLLA scale, Lambda_eff, and the LPHD parameter, kappa^ch, are extracted.

Scaled Momentum Spectra in deep inelastic Scattering at HERA
Charged particle production has been studied in neutral current deep  inelastic ep scattering with the ZEUS detector at HERA using an integrated  luminosity of 0.44 fb-1. Distributions of scaled momenta in the Breit  frame are presented for particles in the current fragmentation region. The  evolution of these spectra with the photon virtuality, Q2, is described in  the kinematic region 10 &lt; Q2 &lt; 41000 GeV2. Next-to-leading-order and  modified leading-log- approximation QCD calculations as well as  predictions from Monte Carlo models are compared to the data. The results  are also compared to e+e- annihilation data. The dependences of the  pseudorapidity distribution of the particles on Q2 and on the energy in  the p system, W, are presented and interpreted in the context of the hypothesis of limiting fragmentation.</abstract>
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  <contribution>
   <ID>1183</ID>
   <parentProtection>false</parentProtection>
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   <track>04 - Hadronic Structure, Parton Distributions, soft QCD, Spectroscopy</track>
   <type>
    <id>0</id>
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   </type>
   <title>Light Mesons and Strange Particle Production at HERA</title>
   <speakers>
    <user>
     <title></title>
     <name first="Leszek" middle="" last="Zawiejski"></name>
     <organization>Institute of Nuclear Physics PAN</organization>
     <email>leszek.zawiejski@ifj.edu.pl</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
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     <organization></organization>
     <email>tobias.haas@desy.de,diaconu@mail.desy.de</email>
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   <startDate>2010-07-23T09:15:00</startDate>
   <endDate>2010-07-23T09:28:00</endDate>
   <duration>00:13</duration>
   <abstract>Inclusive Photoproduction of rho^0, K^{*0} and phi Mesons at HERA
Inclusive non-diffractive photoproduction of rho(770)^0, K^*(892)^0 and phi(1020) mesons is investigated with the H1 detector in ep collisions at HERA. The corresponding average gamma p centre-of-mass energy is 210 GeV. The mesons are measured in the transverse momentum range 0.5 &lt; p_T &lt; 7 GeV and the rapidity range |y_{lab}|&lt;1. Differential cross sections are presented as a function of transverse momentum and rapidity, and are compared to the predictions of hadroproduction models.

Strangeness Production at low Q^2 in Deep-Inelastic ep Scattering at HERA
The production of neutral strange hadrons is investigated using deep-inelastic scattering events measured with the H1 detector at HERA. The measurements are made in the phase space defined by the negative four-momentum transfer squared of the photon 2 &lt; Q^2 &lt; 100 GeV^2 and the inelasticity 0.1 &lt; y &lt; 0.6. The K0_s and Lambda production cross sections and their ratios are determined. K0_s production is compared to the production of charged particles in the same region of phase space. The Lambda- anti-Lambda asymmetry is also measured and found to be consistent with zero. Predictions of leading order Monte Carlo programs are compared to the data.

K0_s Production at high Q^2 at HERA
The production of K0_s mesons is studied at high Q^2, using DIS events recorded with the H1 Detector. Using the full HERA-2 statistics, the production cross sections of K0_s are presented, differentially as a function of several kinematical variables. Moreover, the K0_s production rate is compared to the equivalent charged particles in a similar phase space. The H1 data are compared to theoretical predictions, based on leading order Monte Carlo programs with matched parton showers.

Scaled momentum spectra of identified particles in the Breit frame at HERA
Scaled momentum distributions of identified particles, K0S and Lambda, have been measured in deep inelastic ep scattering with the ZEUS detector at HERA using an integrated luminosity of 290 pb^-1. The evolution of these distributions with the photon virtuality, Q^2, are studied in the kinematic region 10 &lt; Q^2 &lt; 40000 GeV^2. The distributions have been measured in the current fragmentation region of the Breit frame. Next-to-leading-order QCD calculations including hadron-mass effects are compared to the data. The calculations reproduce the trends of the measured distributions as functions of Q^2 and the scaled momentum variable reasonably well.</abstract>
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  <contribution>
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   <title>Charm Fragmentation and Excited Charm Meson Production at HERA</title>
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     <title></title>
     <name first="Olaf" middle="" last="Behnke"></name>
     <organization>DESY</organization>
     <email>obehnke@mail.desy.de</email>
    </user>
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   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The H1 and ZEUS Collaborations"></name>
     <organization></organization>
     <email>tobias.haas@desy.de,diaconu@mail.desy.de</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-23T09:30:00</startDate>
   <endDate>2010-07-23T09:43:00</endDate>
   <duration>00:13</duration>
   <abstract>Study of Charm Fragmentation into D^{*+-} Mesons in Deep-Inelastic Scattering at HERA
The process of charm quark fragmentation is studied using D^{*+-} meson production in deep-inelastic scattering as measured by the H1 detector at HERA. Two different regions of phase space are investigated defined by the presence or absence of a jet containing the D^{*+-} meson in the event. The parameters of fragmentation functions are extracted for QCD models based on leading order matrix elements and DGLAP or CCFM  evolution of partons together with string fragmentation and particle decays. Additionally, they are determined for a next-to-leading order QCD calculation in the fixed flavour number scheme using the independent fragmentation of charm quarks to D^{*+-} mesons.

Measurement of the charm fragmentation function in D* photoproduction at HERA
The charm fragmentation function has been measured in D* photoproduction with the ZEUS detector at HERA using an integrated luminosity of 120 pb-1. The fragmentation function is measured versus z, the ratio of E+p_parallel for the D* meson and that for the associated jet, where E is the energy and p_parallel the longitudinal momentum relative to the jet axis. Jets were reconstructed using the k_T clustering algorithm and required to have transverse energy greater than 9 GeV. The D* meson associated with the jet was required to have a transverse momentum greater than 2 GeV. The measured function is compared to different fragmentation models incorporated in leading-logarithm Monte Carlo simulations and a next-to-leading-order calculation. The results are similar to those from e+e- experiments.

Excited charm meson production at HERA
The production of the excited charm mesons D1(2420)0 and D2*(2460)0 in inelastic ep scattering was studied with the ZEUS detector at HERA using an integrated luminosity of 372 pb-1. Masses and widths were determined and and a helicity analysis was performed. The results are compared with previous measurements and with theoretical expectations.</abstract>
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   <type>
    <id>0</id>
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   </type>
   <title>Particle Production Studies at LHCb</title>
   <speakers>
    <user>
     <title></title>
     <name first="Chris" middle="" last="Blanks"></name>
     <organization>Imperial College</organization>
     <email>chris.blanks@cern.ch</email>
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   <primaryAuthors>
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     <email>victor.egorychev@cern.ch</email>
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    <name></name>
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    <room>Salle 253</room>
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   <startDate>2010-07-23T09:45:00</startDate>
   <endDate>2010-07-23T09:58:00</endDate>
   <duration>00:13</duration>
   <abstract>Prompt K0_s production in pp collisions at the LHCb experiment
The inclusive production of prompt K0_s mesons, which are either produced directly in the fragmentation process or in the decay chain of prompt resonances decaying strongly or electromagnetically, has been studied with the very first data collected in pp collisions at sqrt(s) = 0.9 TeV using the LHCb detector in December 2009. K0_s decays are identified kinematically using the information recorded by the LHCb tracking detectors, in events passing a minimum bias trigger. The absolute differential production cross section is measured as a function of the K0_s transverse-momentum (pT ) and rapidity y in the region 0.2 &lt; pT &lt; 1.6 GeV/c and 2.5 &lt; y &lt; 4.0. The pT spectra, which are a sensitive probe of the hadronization mechanism, are compared with predictions from specific tunings of the PYTHIA generator. Preliminary results obtained at sqrt(s) = 7 TeV may be shown as well.

Baryon/anti-baryon production studies at LHCb
Baryon number and strangeness can be used to probe the fragmentation field. Predictions for the inclusive production of baryons and anti-baryons at LHC energies differ significantly between models tuned on the same lower-energy data, especially at large pseudo-rapidities (eta). The LHCb experiment, with its forward coverage (2 &lt; eta &lt; 5), is in a unique position at LHC to study how well the quantum numbers of the beam particles are transported to the central region. Preliminary results on the inclusive production of protons and anti-protons, as well as Lambda and anti-Lambda hyperons, will be presented, with a specific emphasis on the baryon/anti-baryon production ratios as a function of rapidity, transverse momentum, and center-of-mass energy. Measurement will be compared with predictions from Monte Carlo generators tuned on experimental results.

First studies with J/psi signals at LHCb
An important part of the LHCb physics programme relies on the ability to efficiently trigger and cleanly reconstruct J/psi -&gt; μ+μ− decays. The first heavy flavour measurement at LHCb will concern J/psi production, and open the road for further quarkonium and B physics studies. Experience on the triggering and reconstruction of J/psi decays acquired by LHCb during the initial phase of the LHC startup at sqrt(s) = 7 TeV will be reported. Contributions of J/psi from b-hadron decays will be separated from prompt J/psi produced directly in the pp collisions or in the decays of heavier prompt states. Preliminary results on the prompt and non-prompt J/psi production cross section will be presented as a function of the J/  transverse-momentum (pT ) and rapidity (y) in the range 3 &lt; y &lt; 5 and pT &lt; 7 GeV/c.</abstract>
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  <contribution>
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   <title>Recent STAR results and future prospects of W^-(+) boson production in polarized p+p collisions at RHIC</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Bernd" middle="" last="Surrow"></name>
     <organization>MIT</organization>
     <email>surrow@mit.edu</email>
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   <primaryAuthors>
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     <email>surrow@mit.edu</email>
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    <name></name>
    <address>None</address>
    <room>Salle 253</room>
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   <startDate>2010-07-23T10:00:00</startDate>
   <endDate>2010-07-23T10:13:00</endDate>
   <duration>00:13</duration>
   <abstract>The RHIC spin physics program has in 2009 completed the first data taking period of polarized p+p collisions at sqrt{s}=500 GeV. This opens a new era in the study of the spin-flavor structure of the proton based on the production of W^-(+) bosons. W^-(+) bosons are produced in ubar+d,(dbar+u) collisions and can be detected through their leptonic decays, e^- + νbar_e;(e^+ +ν_e), where only the respective charged lepton is measured. 
The discrimination of ubar+d and dbar+u quark combinations requires distinguishing the charge sign of high p_T electrons and positrons, which in turn requires precise tracking information. At mid rapidity, STAR relies on the existing Time Projection Chamber. At forward rapidity, new tracking capabilities will be provided by the Forward GEM Tracker, consisting of six triple-GEM detectors which are under construction.  The suppression of QCD background over W boson signal events by several orders of magnitude is accomplished by using the highly segmented STAR Electromagnetic Calorimeters to impose isolation criteria suppressing jet events, and vetoing di-jet events based on the measured away side energy.
Recent STAR results on the first measurement of W^-(+) boson production in polarized p+p collisions will be shown along with a discussion of future prospects involving the STAR Forward GEM Tracker.</abstract>
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  <contribution>
   <ID>1013</ID>
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   <type>
    <id>0</id>
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   </type>
   <title>Parity violating single spin asymmetry in W production from longitudinally polarized p+p collisions at 500 GeV</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="John" middle="" last="Haggerty"></name>
     <organization>Brookhaven National Laboratory</organization>
     <email>haggerty@bnl.gov</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The PHENIX Collaboration"></name>
     <organization></organization>
     <email>haggerty@bnl.gov</email>
    </user>
   </primaryAuthors>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-23T10:15:00</startDate>
   <endDate>2010-07-23T10:28:00</endDate>
   <duration>00:13</duration>
   <abstract>Electrons from W^± decays have been observed in longitudinally polarized p+p collisions at sqrt{s} = 500 GeV in the PHENIX detector at RHIC.  The electron energy spectrum from W decays measured with an integrated luminosity of approximately 10 pb^-1 will be shown. A measurement of the electron single spin asymmetry which measures the spin structure of flavor identified quarks and antiquarks in the proton will be reported.</abstract>
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 </session>
 <session>
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  <code>02-5</code>
  <title>02 - The Standard Model and Electroweak Symmetry Breaking</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Sally" middle="" last="Dawson"></name>
    <organization>BNL</organization>
    <email>dawson@bnl.gov</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle  Maillot</room>
  </location>
  <startDate>2010-07-23T09:00:00</startDate>
  <endDate>2010-07-23T10:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>1068</ID>
   <parentProtection>false</parentProtection>
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   <track>02 - The Standard Model and Electroweak Symmetry Breaking</track>
   <type>
    <id>0</id>
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   <title>Precision Predictions for Higgs and Top-Quark Pair Production at Hadron Colliders</title>
   <speakers>
    <user>
     <title></title>
     <name first="Matthias" middle="" last="Neubert"></name>
     <organization>Mainz University</organization>
     <email>neubertm@uni-mainz.de</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Matthias" middle="" last="Neubert"></name>
     <organization>Johannes Gutenberg University Mainz</organization>
     <email>neubertm@uni-mainz.de</email>
    </user>
   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle  Maillot</room>
   </location>
   <startDate>2010-07-23T09:00:00</startDate>
   <endDate>2010-07-23T09:18:00</endDate>
   <duration>00:18</duration>
   <abstract>Precision Predictions for Top-Quark Pair Production at Hadron Colliders
Content 	
Precision predictions for phenomenologically interesting observables such as the t-tbar invariant mass distribution and forward-backward asymmetry in top-quark pair production at hadron colliders require control over the differential cross section in perturbative QCD. We improve existing calculations of the doubly differential cross section in the invariant mass and scattering angle by using techniques from soft-collinear effective theory to perform an NNLL resummation of threshold logarithms, which become large when the invariant mass M of the top-quark pair approaches the partonic center-of-mass energy sqrt(s hat). We match our results in the threshold region with the exact results at NLO in fixed-order perturbation theory, and perform a numerical analysis of the invariant mass distribution, the total cross section, and the forward-backward asymmetry. Using MSTW2008NNLO parton distribution functions (PDFs), we obtain for the inclusive production cross sections at the Tevatron and LHC the values sigma_{t tbar} = (6.30 +-0.19 -0.23+0.31) pb at the Tevatron and sigma_{t tbar} = (149 +-7 +-8) pb at the LHC, where the first error results from scale variations while the second reflects PDF uncertainties.

Precision Predictions for Higgs Production at Hadron Colliders
Content 	
We use renormalization-group methods in effective field theory to improve the theoretical prediction for the cross section for Higgs-boson production at hadron colliders. In addition to soft-gluon resummation at N^3LL, we also resum enhanced contributions of the form (C_A x pi x alpha_s)^n, which arise in the analytic continuation of the gluon form factor to time-like momentum transfer. This resummation is achieved by evaluating the matching corrections arising at the Higgs-boson mass scale at a time-like renormalization point mu^2&lt;0, followed by renormalization-group evolution to mu^2&gt;0. We match our resummed result to NNLO fixed-order perturbation theory and give numerical predictions for the total production cross section as a function of the Higgs-boson mass. Resummation effects are significant even at NNLO, where our improved predictions for the cross sections at the Tevatron and the LHC exceed the fixed-order predictions by about 13% and 8%, respectively, for m_H=120 GeV. We also discuss the application of our technique to other time-like processes such as Drell-Yan production, e+ e- → hadrons, and hadronic decays of the Higgs boson.</abstract>
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   <abstract>Studies of top quark properties, including spin correlations, W polarization and forward backward asymmetry at the Tevatron's CDF detector will be presented as well as results of searches for light Higgs boson in top quark decays.</abstract>
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   <abstract>We analyse subleading electroweak effects in the top anti-top resonance production region in e+ e- collisions which arise due to the decay of the top and anti-top quarks into the W+ W- b bbar final state. These are NLO corrections adopting the non-relativistic power counting v ~ alpha_s ~ sqrt(alpha_EW). In contrast to the QCD corrections which have been calculated (almost) up to NNNLO, the parametrically larger NLO electroweak contributions have not been completely known so far, but are mandatory for the required accuracy at a future linear collider. The missing parts of these NLO contributions arise from off-shell top production and decay and other non-resonant irreducible background processes to t tbar production. We consider the total cross section of the e+ e- → W+ W- b bbar process and additionally implement cuts on the invariant masses of the W+ b and W- bbar pairs.</abstract>
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   <abstract>We review the methods which have been proposed for measuring masses of new particles at the Large Hadron Collider paying particular attention to the kinematical techniques suitable for extracting mass information when invisible particles are expected.  This talk is, in effect, a companion to a recent review with the same title: http://arxiv.org/abs/1004.2732 (Barr &amp; Lester)</abstract>
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     <organization>University of Florida</organization>
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     <email></email>
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    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-23T09:25:00</startDate>
   <endDate>2010-07-23T09:40:00</endDate>
   <duration>00:15</duration>
   <abstract>Searches for supersymmetry (SUSY) and other phenomena beyond the standard model involve a broad range of signatures with jets, leptons, photons, and missing transverse momentum (MET). These searches require careful control over backgrounds from standard model processes. We present the current understanding of these issues both in SUSY searches and in other beyond-the-standard-model searches such as first and second generation leptoquarks. We present several methods for data-driven background determinations that have been tested on early LHC data collected by the CMS experiment at sqrt(s)=7 TeV. These data allow us to study QCD backgrounds, to evaluate methods to suppress the effects of jet-energy mis-measurement, to validate data-driven methods for predicting the MET distribution, and to measure background contributions from processes producing fake leptons.</abstract>
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   <title>Z' discovery potential at the LHC in the minimal B-L model</title>
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    <user>
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     <name first="Lorenzo" middle="" last="Basso"></name>
     <organization>Rutherford Appleton Laboratory - STFC</organization>
     <email>lorenzo.basso@cern.ch</email>
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     <name first="Lorenzo" middle="" last="Basso"></name>
     <organization>NExT Institute (University of Southampton and PPD Rutherford Appleton Laboratory-STFC)</organization>
     <email>lb4x07@soton.ac.uk</email>
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     <name first="Stefano" middle="" last="Moretti"></name>
     <organization>NExT Institute (University of Southampton and PPD Rutherford Appleton Laboratory-STFC)</organization>
     <email>s.moretti@soton.ac.uk</email>
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    <user>
     <title>Dr.</title>
     <name first="Alexander" middle="" last="Belyaev"></name>
     <organization>NExT Institute (University of Southampton and PPD Rutherford Appleton Laboratory-STFC)</organization>
     <email>a.belyaev@soton.ac.uk</email>
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    <user>
     <title>Mr.</title>
     <name first="Giovanni" middle="" last="Pruna"></name>
     <organization>NExT Institute (University of Southampton and PPD Rutherford Appleton Laboratory-STFC)</organization>
     <email>g.m.pruna@soton.ac.uk</email>
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    <user>
     <title>Dr.</title>
     <name first="Claire" middle="" last="Shepherd-Themistocleous"></name>
     <organization>PPD Rutherford Appleton Laboratory-STFC</organization>
     <email>c.h.shepherd-themistocleous@rl.ac.uk</email>
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    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
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   <startDate>2010-07-23T09:45:00</startDate>
   <endDate>2010-07-23T10:00:00</endDate>
   <duration>00:15</duration>
   <abstract>We present the Large Hadron Collider (LHC) discovery potential in the Z' sector of a U(1)_{B-L} enlarged Standard Model (that also includes three heavy Majorana neutrinos and an additional Higgs boson) for sqrt{s}=7 and 14 TeV centre-of-mass (CM) energies, considering both the Z'_{B-L} -&gt; e+e- and Z'_{B-L} -&gt; µ+µ- decay channels.
The run of the LHC at sqrt{s}=7 TeV, assuming at most ∫L ~ 1 fb-1, will be able to give similar results to those that will be available soon at the Tevatron in the lower mass region, and to extend them for a heavier M_{Z'}. Finally, the run at 14 TeV is needed to fully probe the parameter space and its potential is comparable in scope to that of a future TeV scale Linear Collider (LC).
If no evidence is found in any energy configuration, 95% C.L. limits can be determined, and, given their better resolution, the limits from electrons will always be more stringent than those from muons.</abstract>
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    <id>0</id>
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   <title>Early Searches with Leptons and Photons with the ATLAS Detector at the LHC</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Dominique" middle="" last="Fortin"></name>
     <organization>TRIUMF</organization>
     <email>dominique.fortin@cern.ch</email>
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     <title></title>
     <name first="" middle="" last="The ATLAS Collaboration"></name>
     <organization></organization>
     <email></email>
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    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-23T10:05:00</startDate>
   <endDate>2010-07-23T10:20:00</endDate>
   <duration>00:15</duration>
   <abstract>The Standard Model predicts relatively low backgrounds to processes with high-pt leptons, and photons making them strong candidates for early discoveries. We present the results of the most sensitive such searches based on first data collected with the ATLAS detector at the LHC.</abstract>
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    <ID>slides</ID>
    <title>Slides</title>
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  <code>09-1</code>
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   <user>
    <title>Prof.</title>
    <name first="Pilar" middle="" last="Hernandez"></name>
    <organization>University of Valencia</organization>
    <email>pilar@ific.uv.es</email>
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   <name></name>
   <address>None</address>
   <room>Salle 252A</room>
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  <startDate>2010-07-23T09:00:00</startDate>
  <endDate>2010-07-23T10:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>323</ID>
   <parentProtection>false</parentProtection>
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    <id>0</id>
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   <title>Light quarks on the lattice: methods and results for pion physics</title>
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     <title></title>
     <name first="Stefan" middle="" last="Schaefer"></name>
     <organization>Humboldt University Berlin</organization>
     <email>sschaef@physik.hu-berlin.de</email>
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     <title></title>
     <name first="Stefan" middle="" last="Schaefer"></name>
     <organization>Humboldt University Berlin</organization>
     <email>sschaef@physik.hu-berlin.de</email>
    </user>
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    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
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   <startDate>2010-07-23T09:00:00</startDate>
   <endDate>2010-07-23T09:35:00</endDate>
   <duration>00:35</duration>
   <abstract>Ab-initio studies of the physics of pions using lattice QCD have become possible over the last decade, where particular attention was given to the computation of the constants of the chiral Lagrangian. This is due to significant progress in algorithms, which now allow simulations with light sea quarks on fine lattices. This talk has two objectives: the first is to introduce the ideas behind the algorithmic advances along with the status and prospects of the simulations. After that, the state of the physics results will be reviewed, with particular emphasis on the chiral low-energy constants.</abstract>
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  <contribution>
   <ID>366</ID>
   <parentProtection>false</parentProtection>
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   <track>09 - Progress in  Lattice Techniques and New Results</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Lattice studies of hadron physics with disconnected quark loops</title>
   <speakers>
    <user>
     <title></title>
     <name first="Takashi" middle="" last="Kaneko"></name>
     <organization>KEK</organization>
     <email>takashi.kaneko@kek.jp</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Takashi" middle="" last="Kaneko"></name>
     <organization>KEK</organization>
     <email>takashi.kaneko@kek.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-23T09:35:00</startDate>
   <endDate>2010-07-23T10:00:00</endDate>
   <duration>00:25</duration>
   <abstract>Disconnected diagrams give crucial contributions to the physics of flavor singlet hadrons and to scalar form factors of non-singlet hadrons. Lattice calculation of the disconnected diagrams is not straightforward because naively it requires huge number of fermion matrix inversions. In this talk, we present recent progress with improved simulation methods particularly focusing on the flavor-singlet meson spectrum and nucleon strange quark content.</abstract>
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    <title>Slides</title>
    <description></description>
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    <id>0</id>
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   <title>Leading order hadronic contribution to g-2 from lattice QCD</title>
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     <title>Dr.</title>
     <name first="Dru" middle="" last="Renner"></name>
     <organization>DESY, Zeuthen</organization>
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    <user>
     <title>Dr.</title>
     <name first="Dru" middle="" last="Renner"></name>
     <organization>DESY, Zeuthen</organization>
     <email>dru.renner@desy.de</email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-23T10:00:00</startDate>
   <endDate>2010-07-23T10:30:00</endDate>
   <duration>00:30</duration>
   <abstract>The nonperturbative calculation of the hadronic contributions to the anomalous magnetic moment of the muon is an interesting challenge for QCD, especially in light of the continuing discrepancy between the Standard Model prediction and experimental measurements.  We have calculated the leading order hadronic contribution using lattice QCD with pion masses ranging from 600 MeV down to 300 MeV. The systematic errors in such a calculation have been studied with calculations at two lattice spacings and several volumes.</abstract>
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  <description></description>
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   <user>
    <title></title>
    <name first="Francesca" middle="" last="Di Lodovico"></name>
    <organization>Queen Mary University of London</organization>
    <email>francesca.di.lodovico@cern.ch</email>
   </user>
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   <name></name>
   <address>None</address>
   <room>Salle 242A</room>
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  <startDate>2010-07-23T09:00:00</startDate>
  <endDate>2010-07-23T10:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>907</ID>
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    <id>0</id>
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   <title>The new KL-&gt;pi0nunu Experiment (KOTO) at J-PARC</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Hiroaki" middle="" last="Watanabe"></name>
     <organization>KEK</organization>
     <email>nabe@post.kek.jp</email>
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   <primaryAuthors>
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     <name first="Hiroaki" middle="" last="Watanabe"></name>
     <organization>KEK</organization>
     <email>nabe@post.kek.jp</email>
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   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-23T09:00:00</startDate>
   <endDate>2010-07-23T09:13:00</endDate>
   <duration>00:13</duration>
   <abstract>J-PARC-E14 KOTO experiment aims at first observation of  the rare decay KL-&gt;pi0nunu using an intense KL beam in the Hadron experimental hall at J-PARC. The new dedicated KL beamline for KOTO experiment has been constructed in 2009. First KL beam was successfully extracted and surveyed from Oct. in 2009 to Feb. in 2010. Assembling of main detector part, which is composed of 2716 CsI crystals, was just started in May, 2010. Whole detector system will be completed in 2011 and total engineering run and first physics run will be started. In this contribution, 
the preparation status of the beamline and the detector will be reported.</abstract>
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    <id>0</id>
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   <title>Measurement of BR(K -&gt; e nu)/BR(K -&gt; mu nu) at NA62</title>
   <speakers>
    <user>
     <title></title>
     <name first="Andreas" middle="" last="Winhart"></name>
     <organization>Institut fur Physik</organization>
     <email>andreas.winhart@cern.ch</email>
    </user>
   </speakers>
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     <name first="Cristina" middle="" last="Lazzeroni"></name>
     <organization>High Energy Physics Group, University of Birmingham</organization>
     <email>cristina.lazzeroni@cern.ch</email>
    </user>
   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-23T09:15:00</startDate>
   <endDate>2010-07-23T09:28:00</endDate>
   <duration>00:13</duration>
   <abstract>Measurement of the helicity suppressed ratio of charged kaon leptonic  decay rates BR(K -&gt; e nu)/BR(K -&gt; mu nu) has long been considered as an excellent test of lepton universality and the Standard Model (SM) description of weak interactions. It was realised recently that the suppression of the SM contribution might enhance the sensitivity to SUSY-induced effects to an experimentally accessible level. The NA62 experiment at the CERN SPS has collected a record number of over 10^5 K -&gt; e nu decays during a dedicated run in 2007, aiming at achieving  0.5% precision. Experimental strategy, details of the analysis and preliminary results will be discussed.</abstract>
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   <type>
    <id>0</id>
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   <title>Analysis of the MEG experiment to search for mu+ -&gt; e+ gamma decays</title>
   <speakers>
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     <title>Dr.</title>
     <name first="Ryu" middle="" last="Sawada"></name>
     <organization>The University of Tokyo</organization>
     <email>sawada@icepp.s.u-tokyo.ac.jp</email>
    </user>
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   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Ryu" middle="" last="Sawada"></name>
     <organization>The University of Tokyo</organization>
     <email>sawada@icepp.s.u-tokyo.ac.jp</email>
    </user>
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    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-23T09:30:00</startDate>
   <endDate>2010-07-23T09:43:00</endDate>
   <duration>00:13</duration>
   <abstract>A lepton flavor violating rare muon decay mu -&gt; e gamma is forbidden in the standard model. On the other hand, new theories, such as supersymmetric grand-unification theory etc, predict the branching ratio in the range of 10^{-14}-10^{-12}, which is just below the current experimental upper bound (1.2x10^{-11}) set by a previous experiment. MEG experiment is designed to search for the decay with a sensitivity of 10^{-13}. The physics run was started in 2008. Sensitivity from the initial three months of data is 1.3x10^{-13}, and 90% confidence level limit was set to be 2.8x10^{-11}. In 2009, more than twice the data with respect to 2008 was acquired, hence it is promising the sensitivity will be better than the current limit. In this talk, details of analyses of each sub-detectors (900 litter liquid xenon calorimeter, ultra-light drift chambers and high resolution timing counters) and physics analysis for 2009 data are described.</abstract>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Search for lepton flavour violating tau decay and lepton-number violation B decay at Belle</title>
   <speakers>
    <user>
     <title></title>
     <name first="Kiyoshi" middle="" last="Hayasaka"></name>
     <organization>Nagoya Univ.</organization>
     <email>hayasaka@hepl.phys.nagoya-u.ac.jp</email>
    </user>
   </speakers>
   <primaryAuthors>
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     <title></title>
     <name first="Collaboration" middle="" last="BELLE"></name>
     <organization>KEK</organization>
     <email>karim.trabelsi@kek.jp</email>
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    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-23T09:45:00</startDate>
   <endDate>2010-07-23T09:58:00</endDate>
   <duration>00:13</duration>
   <abstract>We present the results of a search for lepton flavor violation (LFV) in tau --&gt; lepton (e or mu) + pseudoscalar (pi0, eta or eta') and in tau --&gt; lepton (e or mu) + a vector meson (rho, omega, phi, K^{*0}, anti-{K}^{*0}) decays using a large data sample accumulated with the Belle detector at the KEKB symmetric-energy e^+e^- collider. The sensitivity to these modes is significantly improved compared to previous experiments. In the Standard Model, lepton-number-violating decays such as B^+ --&gt; D^- l^+ l^+ are strictly forbidden, but they are allowed if Majorana-type neutrinos exist. We present the results of a  
search for B^+ --&gt; D^- l^+ l^+ decays with a high-statistics B anti-{B} event sample.</abstract>
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    <id>0</id>
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   </type>
   <title>Tau lifetime and CP violation in tau decay at Belle</title>
   <speakers>
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     <title></title>
     <name first="Mikhail" middle="" last="Shapkin"></name>
     <organization>IHEP</organization>
     <email>mikhail.shapkin@ihep.ru</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Collaboration" middle="" last="BELLE"></name>
     <organization>KEK</organization>
     <email>karim.trabelsi@kek.jp</email>
    </user>
   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-23T10:00:00</startDate>
   <endDate>2010-07-23T10:13:00</endDate>
   <duration>00:13</duration>
   <abstract>The tau lepton lifetime is measured using the process e^+ e^- --&gt; tau^+ tau^-, where both tau leptons decay to 3 pi nu. An upper limit on the relative lifetime difference between positive and negative tau-leptons is given. The obtained results are based on a large data sample collected on the Upsilon(4S) resonance with the Belle detector at the KEKB asymmetric-energy e^+e^- collider. We also present the results of a search for CP violation in tau --&gt;  nu K_S pi. CP violation in semileptonic tau decays is generally forbidden in the Standard Model but can be induced by the exchange of an exotic scalar such as a charged Higgs in supersymmetric models. Exploiting the large statistics of the Belle data set, we report a model-independent limit for CP violation as well as a significantly improved measurement of the CP violation parameters for specific parameterizations of the hadronic structure functions.</abstract>
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   <title>Measurements of |Vus| and Second Class Currents  and Searches for Violation of Lepton Universality and CPT  in Tau Decays at BABAR</title>
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     <title></title>
     <name first="Alberto" middle="" last="Lusiani"></name>
     <organization>Dipartimento di Fisica</organization>
     <email>alberto.lusiani@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Collaboration" middle="" last="BABAR"></name>
     <organization>SLAC</organization>
     <email>roney@slac.stanford.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-23T10:15:00</startDate>
   <endDate>2010-07-23T10:28:00</endDate>
   <duration>00:13</duration>
   <abstract>We report on a variety of results involving decays of the tau lepton using the very large sample of tau+tau- pairs produced in e+e- annihilation data collected with the BaBar detector at the PEP-II asymmetric-energy B Factory near a center-of-mass energy of 10.58 GeV.  From measurements of  the ratios of branching fractions: B(tau -&gt; mu nu nubar) / B(tau -&gt; e nu nubar), B(tau -&gt; pi nu) / B(tau -&gt; e nu nubar), and B(tau -&gt; K nu) / B(tau -&gt; e nu nubar) we test with high precision the Standard Model assumption of mu-e and tau-mu charged current lepton universality and provide a determination of the Cabibbo-Kobayashi-Maskawa matrix element |V_{us}|. Furthermore, we report on preliminary measurements of tau^- --&gt; K^- n pi^0 nu{tau} with n = 0,1,2,3 and tau^- --&gt; pi^- n pi^0 nu_{tau} with n = 3,4 as well as on the measurements of the branching fractions and hadronic mass distributions of tau- -&gt; KS0 pi- nu_tau, tau -&gt; KS0 pi- pi0 nu_tau, tau -&gt; KS0 pi- K0L nu_tau. Data from the inclusive strange  tau   decay results are used in a different determination of |V_{us}|. We also report on our search for second class currents in tau-- &gt; pi- eta nu_tau, where the eta decays into pi+pi-pi0 and our measurement of the tau mass. We obtain a test of CPT by measuring the  difference between the masses of the tau+ and tau-.</abstract>
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  <description></description>
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   <user>
    <title></title>
    <name first="Gudrun" middle="" last="Heinrich"></name>
    <organization>University of Durham</organization>
    <email>gudrun.heinrich@durham.ac.uk</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 252B</room>
  </location>
  <startDate>2010-07-23T09:00:00</startDate>
  <endDate>2010-07-23T10:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>1030</ID>
   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Monte Carlo tools for the LHC</title>
   <speakers>
    <user>
     <title></title>
     <name first="Frank" middle="" last="Krauss"></name>
     <organization>University of Durham</organization>
     <email>frank.krauss@durham.ac.uk</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Frank" middle="" last="Krauss"></name>
     <organization>University of Durham</organization>
     <email>frank.krauss@durham.ac.uk</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-23T09:00:00</startDate>
   <endDate>2010-07-23T09:25:00</endDate>
   <duration>00:25</duration>
   <abstract>The status of the standard multi-purpose Monte Carlo tools for LHC physics is reviewed, with a special emphasis on recent developments. These include the systematic inclusion of higher-order corrections and the modelling of soft QCD.</abstract>
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  <contribution>
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   <type>
    <id>0</id>
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   </type>
   <title>Multi-jet merging with NLO matrix elements</title>
   <speakers>
    <user>
     <title></title>
     <name first="Frank" middle="" last="Siegert"></name>
     <organization>IPPP Durham and UC London</organization>
     <email>frank.siegert@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Frank" middle="" last="Siegert"></name>
     <organization>IPPP Durham and UC London</organization>
     <email>frank.siegert@cern.ch</email>
    </user>
    <user>
     <title></title>
     <name first="Stefan" middle="" last="Hoeche"></name>
     <organization>ITP, Uni Zuerich</organization>
     <email>shoeche@physik.uzh.ch</email>
    </user>
    <user>
     <title></title>
     <name first="Frank" middle="" last="Krauss"></name>
     <organization>IPPP Durham</organization>
     <email>frank.krauss@durham.ac.uk</email>
    </user>
    <user>
     <title></title>
     <name first="Marek" middle="" last="Schoenherr"></name>
     <organization>IKTP, TU Dresden</organization>
     <email>marek.schoenherr@tu-dresden.de</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-23T09:30:00</startDate>
   <endDate>2010-07-23T09:47:00</endDate>
   <duration>00:17</duration>
   <abstract>Multi-jet merging of matrix elements and parton showers in Monte-Carlo event generators has become a crucial tool for LHC predictions. An existing algorithm for tree-level matrix elements is extended to full NLO accuracy.</abstract>
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  <contribution>
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   <type>
    <id>0</id>
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   </type>
   <title>Monte Carlo modelling of NLO DGLAP QCD Evolution in the fully unintegrated form</title>
   <speakers>
    <user>
     <title></title>
     <name first="Aleksander" middle="" last="Kusina"></name>
     <organization>Institute of Nuclear Physics PAN</organization>
     <email>aleksander.kusina@ifj.edu.pl</email>
    </user>
   </speakers>
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    <user>
     <title></title>
     <name first="Stanislaw" middle="" last="Jadach"></name>
     <organization>INP PAN Krakow</organization>
     <email>stanislaw.jadach@cern.ch</email>
    </user>
    <user>
     <title></title>
     <name first="Maciej" middle="" last="Skrzypek"></name>
     <organization>INP PAN Krakow</organization>
     <email>maciej.skrzypek@ifj.edu.pl</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-23T09:50:00</startDate>
   <endDate>2010-07-23T10:07:00</endDate>
   <duration>00:17</duration>
   <abstract>We would like to present recent work, which is going to change three-decades old paradigm of perturbative QCD calculations, in which hard process matrix element calculated to LO+NLO(+NNLO) level is combined with: either the collinear PDF at LO+NLO(+NNLO) or with the Monte Carlo parton shower, but the MC PS restricted to LO only! For many years upgrading Monte Carlo parton shower to NLO level was regarded as unfeasible in practice or in principle, or both. In a series of the recent works we demonstrate that for NLO non-siglet subset of diagrams we are able to implement in the Monte Carlo PS the exact DGLAP evolution, without any approximation. This seminal work, after extending to complete NLO DGLAP, will lead to a new class of powerful techniques of combining resummed and finite order pQCD calculations in a form of Monte Carlo event generators for W/Z production at hadron collider experiments.</abstract>
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   <type>
    <id>0</id>
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   </type>
   <title>HERWIRI1.031: New Approach to Parton Shower MC's in Precision QCD Theory</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Bennie" middle="" last="Ward"></name>
     <organization>Baylor University</organization>
     <email>bfl_ward@baylor.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Bennie" middle="" last="Ward"></name>
     <organization>Baylor University</organization>
     <email>bfl_ward@baylor.edu</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Dr.</title>
     <name first="Samuel" middle="" last="Joseph"></name>
     <organization>Baylor University</organization>
     <email>sammy_joseph@baylor.edu</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Swapan" middle="" last="Majhi"></name>
     <organization>Saha Institute</organization>
     <email>swapan.majhi@saha.ac.in</email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Scott" middle="" last="Yost"></name>
     <organization>The Citadel</organization>
     <email>scott.yost@citadel.edu</email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-23T10:10:00</startDate>
   <endDate>2010-07-23T10:27:00</endDate>
   <duration>00:17</duration>
   <abstract>By implementing the new IR-improved Dokshitzer-Gribov-Lipatov-Altarelli-Parisi-Callan-Symanzik (DGLAP-CS) kernels recently developed by one of us in the HERWIG6.5 environment we generate a new MC, HERWIRI1.0(31), for hadron-hadron scattering at high energies. We use MC data to illustrate the comparison between the parton shower generated by the standard DGLAP-CS kernels and that generated by the new IR-improved DGLAP-CS kernels. The interface to MC@NLO, MC@NLO/HERWIRI, is illustrated. Comparisons with FNAL data and some discussion of possible implications for LHC phenomenology are also presented.</abstract>
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 </session>
 <break>
  <name>Coffee Break</name>
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  <endDate>2010-07-23T11:00</endDate>
  <duration>00:30</duration>
  <location>
   <name> </name>
   <address></address>
   <room></room>
  </location>
 </break>
 <session>
  <ID>45</ID>
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  <code>01-6</code>
  <title>01 - Early Experience and Results from LHC</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Andreas" middle="" last="Hoecker"></name>
    <organization>CERN</organization>
    <email>andreas.hocker@cern.ch</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 251</room>
  </location>
  <startDate>2010-07-23T11:00:00</startDate>
  <endDate>2010-07-23T12:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>1053</ID>
   <parentProtection>false</parentProtection>
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   <track>01 - Early Experience and Results from LHC</track>
   <type>
    <id>0</id>
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   <title>First Results from ATLAS on QCD, Quarkonia, and Heavy-Flavour Physics in proton-proton Collisions at √s=7 TeV</title>
   <speakers>
    <user>
     <title></title>
     <name first="Julie" middle="" last="Kirk"></name>
     <organization>RAL</organization>
     <email>julie.kirk@stfc.ac.uk</email>
    </user>
   </speakers>
   <primaryAuthors>
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     <title></title>
     <name first="" middle="" last="ATLAS Collaboration"></name>
     <organization></organization>
     <email>lefebvre@uvic.ca</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T11:00:00</startDate>
   <endDate>2010-07-23T11:20:00</endDate>
   <duration>00:20</duration>
   <abstract>This talk will give an overview on first results on QCD, quarkonia, and heavy-flavour physics in proton-proton collisions at √s=7 TeV, recorded with the ATLAS experiment at the LHC. The QCD measurements address properties of both soft and hard collisions, such as the underlying event, particle production in minimum bias events and jet production. First results from quarkonia and heavy flavour production will be highlighted.</abstract>
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  <contribution>
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   <track>01 - Early Experience and Results from LHC</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>First Results from CMS on QCD, Quarkonia, and Heavy-Flavour Physics in proton-proton Collisions at √s=7 TeV</title>
   <speakers>
    <user>
     <title></title>
     <name first="Sara" middle="" last="Bolognesi"></name>
     <organization>CERN</organization>
     <email>sara.bolognesi@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="CMS Collaboration"></name>
     <organization></organization>
     <email>manfred.krammer@cern.ch</email>
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   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T11:25:00</startDate>
   <endDate>2010-07-23T11:45:00</endDate>
   <duration>00:20</duration>
   <abstract>This talk will give an overview on first results on QCD, quarkonia, and heavy-flavour physics in proton-proton collisions at √s=7 TeV, recorded with the CMS experiment at the LHC. The QCD measurements address properties of both soft and hard collisions, such as the underlying event, particle production in minimum bias events and jet production. First results from quarkonia and heavy flavour production will be highlighted.</abstract>
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  <contribution>
   <ID>1158</ID>
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   <track>01 - Early Experience and Results from LHC</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>W and Z boson production at CMS in pp collisions at √s=7 TeV</title>
   <speakers>
    <user>
     <title></title>
     <name first="Maria" middle="" last="Cepeda"></name>
     <organization>CIEMAT  (Madrid)</organization>
     <email>maria.cepeda@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="CMS Collaboration"></name>
     <organization></organization>
     <email>manfred.krammer@cern.ch</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T11:50:00</startDate>
   <endDate>2010-07-23T12:05:00</endDate>
   <duration>00:15</duration>
   <abstract>The production of W and Z bosons has been observed in pp collisions at a center-of-mass energy of 7 TeV using data collected in the CMS experiment. W events were selected containing an isolated, energetic electron or muon. The presence of an energetic neutrino is demonstrated using the distribution of missing transverse energy (MET), which is calculated from calorimetric and tracking information in three ways. Z events were selected containing a pair of isolated, energetic electrons or muons. Data-driven methods are used to estimate reconstruction and triggering efficiencies, and well as the main backgrounds. We present the W and Z signal yields and the extracted cross-sections at √s=7 TeV, as well as preliminary distributions of kinematic variables. Emphasis is put on the weak boson reconstruction performance.</abstract>
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    <title>Slides</title>
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  <contribution>
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    <id>0</id>
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   <title>First Results from ATLAS on W and Z Boson Production in proton-proton Collisions at √s=7 TeV</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Jan" middle="" last="Kretzschmar"></name>
     <organization>University of Liverpool</organization>
     <email>jkretz@hep.ph.liv.ac.uk</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="ATLAS Collaboration"></name>
     <organization></organization>
     <email>lefebvre@uvic.ca</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T12:10:00</startDate>
   <endDate>2010-07-23T12:25:00</endDate>
   <duration>00:15</duration>
   <abstract>This talk will give an overview on first results on W and Z production in proton-proton collisions at √s=7 TeV, recorded with the ATLAS experiment at the LHC.  The selection of W and Z events will be described, together with data-driven methods used to estimate the trigger and reconstruction efficiencies, as well as the main backgrounds. The W and Z signal yields and the extracted cross sections at √s=7 TeV will be presented, as well as preliminary distributions of kinematic variables and first measurements of the W charge and polarization asymmetry.</abstract>
   <material>
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  <code>04-6</code>
  <title>04 - Hadronic Structure, Parton Distributions, soft QCD, Spectroscopy</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Barbara" middle="" last="Pasquini"></name>
    <organization>University of Pavia</organization>
    <email>pasquini@pv.infn.it</email>
   </user>
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   <name></name>
   <address>None</address>
   <room>Salle 253</room>
  </location>
  <startDate>2010-07-23T11:00:00</startDate>
  <endDate>2010-07-23T12:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>887</ID>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
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   <title>Recent Developments in Hadron Spectroscopy</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Ted" middle="" last="Barnes"></name>
     <organization>ORNL</organization>
     <email>ted.barnes2@yahoo.com</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Ted" middle="" last="Barnes"></name>
     <organization>ORNL</organization>
     <email>ted.barnes2@yahoo.com</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-23T11:00:00</startDate>
   <endDate>2010-07-23T11:18:00</endDate>
   <duration>00:18</duration>
   <abstract>In this introductory overview I will discuss recent developments in hadron spectroscopy that are of particular relevance to this meeting, including the spectroscopy of heavy quark hadrons, exotic and multiquark systems, and new theoretical results such as developments in LQCD.</abstract>
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  <contribution>
   <ID>1209</ID>
   <parentProtection>false</parentProtection>
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   <track>04 - Hadronic Structure, Parton Distributions, soft QCD, Spectroscopy</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>KLOE Results and Hadron Physics with KLOE-2</title>
   <speakers>
    <user>
     <title></title>
     <name first="Paolo" middle="" last="Gauzzi"></name>
     <organization>Universita di Roma I "La Sapienza"</organization>
     <email>paolo.gauzzi@roma1.infn.it</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The KLOE Collaboration"></name>
     <organization></organization>
     <email>nguyen@fis.uniroma3.it</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-23T11:20:00</startDate>
   <endDate>2010-07-23T11:38:00</endDate>
   <duration>00:18</duration>
   <abstract>KLOE results on light meson spectroscopy
The KLOE experiment has collected 2.5 fb-1 at the peak of the phi resonance at the e+e- collider DAPHNE in Frascati. The whole data set includes 100 million eta's produced through the radiative decay phi --&gt; eta gamma and tagged by means of the monochromatic recoil photon. With this sample, we are studying eta rare decays. We have a final result for the BR measurement 
of the eta --&gt; pi+pi-e+e- decay, with a  sample of 1600 signal events, 100 times larger than today best measurement. These events are also used to measure the asymmetry between the pi+pi- and the e+e- decay planes in the eta rest frame, whose observation could test unexpected mechanism of CP violation, thus providing an hint of new physics beyond the Standard Model. The same data set has been also used to extract the BR for the never observed before eta --&gt; e+ e- e+ e- decay channel. We have studied the dynamics of the eta --&gt; pi0 pi0 pi0 decay using the Dalitz plot technique, obtaining a new determination of the quadratic slope. The result is consistent with the present world data and with current chiral perturbation theory calculations within the unitary approach. In the eta --&gt; pi+ pi- gamma decay a significant contribution from chiral anomaly is expected. The distribution of the invariant mass of the pions allows to disentangle this contribution from resonant intermediate processes. Old measurements from the '70s with data samples of the order of 10^4 events provided contradicting results. KLOE data contains about 3.5 x 10^6 eta --&gt; pi+ pi- gamma decays. With this statistics it is possible to investigate in detail the pion invariant mass distribution and to search for C violation signature in the left-right charge asymmetry. Currently we have used 1.2 fb-1 to perform a preliminary measurement of the branching ratio and to tune the analysis for the study of the pi+ pi- invariant mass. From a sample of 240 pb-1 taken off the phi resonance, a preliminary analysis of the e+ e- --&gt; e+ e- eta process, without tagging e+e- in the final state and identified through the eta --&gt; pi+ pi- pi0 channel, is presented. The same data set has been used to search for the f0(600) that can be produced in gamma-gamma interactions and observed in the reaction e+ e- --&gt; e+ e- pi0 pi0. 
The preliminary pi0pi0 mass spectrum show an excess of events with respect to the expected background in the f0(600) mass region. From the process e+ e- --&gt; pi+ pi- gamma it is possible to test scalar meson contribution using the interference among final state radiation, scalar and vector meson exchanges. This interference produces a forward backward asymmetry as a function of the pi+pi- invariant mass. Preliminary results are presented both for on-peak and off-peak data, showing a good agreement
with MC expectations containing scalar and VMD contributions extracted from KLOE data.

KLOE Measurement of sigma_pi^+pi^-(gamma) with ISR and pi-pi contribution to the muon anomaly
The KLOE experiment, operating at the Frascati φ-factory DAφNE, has measured the differential cross section for the process $e^+e^- --&gt; pi^+pi^-gamma as a function of the pi^+pi^- invariant mass, M_pi-pi, using two different configurations: (a) a non-observed photon, emitted at small angle (SA), whose energy is obtained by kinematics; (b) a photon emitted at large angle and detected in the calorimeter (LA) where its energy is measured. With the two samples the M^2_pi-pi range 0.1 &lt; M^2_{pi-pi} &lt; 0.95 GeV^2 is covered. The measurement of the pi^+pi^- cross section at SA, normalized to the integrated luminosity has been published recently. We present the final results  of a new independent measurement at LA using data taken in 2006 at a collision energy of 1 GeV, 20 MeV below the φ-peak. We will discuss also the impact of these measurement on the evaluation of the hadronic contribution to the muon anomaly, and the results on the exctraction of the pion form factor from the ratio of sigma(e^+e^- --&gt; pi^+pi^-gamma) to sigma(e^+e^--&gt; mu^+mu^-\gamma).

Hadron Physics with KLOE-2
Experiments at the Phi-factory can shed light on many aspects of hadron physics. A new beam crossing scheme allowing for a reduced beam size and increased luminosity is operating at DAφNE. The KLOE-2 detector is successfully rolled in this new interaction region and is ready to acquire collision data. At the moment, the detector is being upgraded with small angle tagging devices, to detect both high and low e^+e^- energy in e^+e^- --&gt; e^+e^-X events, namely gamma-gamma processes. The following perspectives are presented: gamma-gamma --&gt; pi^0pi^0 for probing light scalar meson dynamics, and gamma-gamma --&gt; eta, gamma-gamma --&gt; pi^0 for the determination of transition form factors. The inner tracker and small angle calorimeters are scheduled to be installed in a subsequent step, providing with larger acceptance for both charged particles and photons. We present perspectives derived using these upgrades together with increased statistics: rare eta decays, accurate study of the dominant eta' decays (e.g. eta' --&gt; eta pi pi, to constrain scalar meson exchange) and the limit on the phi --&gt; K_S K_S gamma branching ratio, relevant for the scalar meson structure. One possible solution to the Dark Matter problem, allowing also to interpret the positron excess measured by the satellite Payload experiment PAMELA, suggests a Hidden Sector that can be constrained by KLOE-2 at DAφNE: possible channels and impacts on the parameters space are discussed. Improvements on hadronic cross section at an energy-upgraded DAφNE are addressed, needed to understand the 3-sigma effect on (g-2)_mu and for precision determination of alpha_em at the TeV scale.</abstract>
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   <startDate>2010-07-23T11:40:00</startDate>
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   <abstract>Precision Measurement of pi pi Scattering Lengths in Ke4 Decays at NA48
The measurement of the S-wave pi pi scattering lengths is a fundamental test of the validity of Chiral Perturbation Theory. We report on the final NA48/2 result, which uses the complete NA48/2 data set with more than a million reconstructed Ke4 decays. From these events we have determined the decay form factors and pi pi scattering lengths a0_0 and a2_0. The result is the most precise measurement of the scattering lengths and in excellent agreement with the prediction of Chiral Perturbation Theory.

Precision Measurement of Photon Emission in K+- --&gt; pi+- pi0 gamma Decays at NA48
We report our final result on the measurement of direct photon emission (DE) in the decay K+- -&gt; pi+- pi0 gamma and its interference (INT) with the inner bremsstrahlung amplitude. For this measurement the full NA48/2 data set with about 600k reconstructed K+- -&gt; pi+- pi0 gamma decays was analyzed, which is factor of 30 larger than for previous experiments and a factor of three w.r.t. our preliminary result. From this, the sizes of both the DE and the INT amplitudes have been measured with high precision, with the INT amplitude being observed for the first time. In addition, a measurement of the CP violating asymmetry between K+ and K- has been obtained.

Measurement of the rare Decay K+- --&gt; pi+- gamma gamma at NA48
We report on the measurement of the branching fraction of the rare decay K+- -&gt; pi+- gamma gamma using the full NA48/2 dataset of more than 5000 reconstructed decays from the full NA48/2 data set. From the spectrum of the invariant gamma gamma mass, the decay parameter c^ can be extracted with unprecedented precision.

Measurement of the radiative Decay K+- --&gt; pi0 e+- nu_e gamma at NA48
We report on the measurement of more than 200000 events of the decay K+- --&gt; pi0 e+- nu_e gamma, recorded with the NA48/2 detector at CERN. These statistics, about two orders of magnitude more than previous experiments, allow measurements of the decay rate and of possible CP violation in this decay with per cent precision.</abstract>
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   <startDate>2010-07-23T12:00:00</startDate>
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   <abstract>The COMPASS experiment focused its physics program on hadron spectroscopy in the last two years. As a fixed target experiment at the CERN SPS accelerator, COMPASS features large acceptance and high momentum resolution and thus qualifies well for studies of diffractive dissociation and central production. Hadron formation with both 190 GeV pi-/K- amd 190 GeV p/pi+ beams on liquid hydrogen, copper and nickel was observed through the years 2004, 2008 and 2009 to search for exotic mesons and glueballs. We present an overview of the spectroscopy program which includes studies of diffractively produced 3 and 5 charged pionic final states, studies of neutral modes, kaonic final states and first results from central production analyses.</abstract>
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   <title>Study light scalar mesons from heavy quark decays</title>
   <speakers>
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     <title>Prof.</title>
     <name first="Cai-Dian" middle="" last="Lu"></name>
     <organization>IHEP,Beijing</organization>
     <email>lucd@ihep.ac.cn</email>
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     <name first="Cai-Dian" middle="" last="Lu"></name>
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     <email>lucd@ihep.ac.cn</email>
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     <name first="Wei" middle="" last="Wang"></name>
     <organization>INFN, Bari,</organization>
     <email>wwang@ihep.ac.cn</email>
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   <startDate>2010-07-23T12:15:00</startDate>
   <endDate>2010-07-23T12:28:00</endDate>
   <duration>00:13</duration>
   <abstract>It is a difficult task to probe internal structures of the scalar mesons below or near 1GeV.  In the SU(3) symmetry limit, the semileptonic D^+ --&gt; Sl^+ nu and B^+ Slnubar decays, with S=a_0, f_0 and sigma, are found to obey very different sum rules in the two scenarios for scalar mesons. Thus it can uniquely distinguish the qqbar and the tentraquark descriptions for light scalar mesons model-independently. This also applies to the B^0 --&gt; J/psi(eta_c) S decays. The SU(3) symmetry breaking effect is found to be under control, which will not spoil our method. The branching fractions of the D^+ --&gt; Sl^+nu, B^+ --&gt; Sl nubar and B^0 --&gt; J/psi(eta_c) S decays roughly have the order 10^-4, 10^-5 and 10^-6, respectively. The ongoing BES-III and the forthcoming Super B experiments are able to measure these channels and accordingly to provide the detailed information of scalar meson inner structure.</abstract>
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  <code>02-6</code>
  <title>02 - The Standard Model and Electroweak Symmetry Breaking</title>
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    <name first="Maarten" middle="" last="Boonekamp"></name>
    <organization>DAPNIA</organization>
    <email>maarten.boonekamp@cern.ch</email>
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   <name></name>
   <address>None</address>
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  <startDate>2010-07-23T11:00:00</startDate>
  <endDate>2010-07-23T12:30:00</endDate>
  <duration>01:30</duration>
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   <title>Precision measurement of the top quark mass and width with the DZero detector</title>
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     <name first="Alexander" middle="" last="Grohsjean"></name>
     <organization>Ludwig-Maximilians-Univ. Muenchen</organization>
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   <endDate>2010-07-23T11:22:00</endDate>
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   <abstract>We report a set of measurements of the top quark mass obtained from proton-antiproton collisions at a center-of-mass energy of 1.96 TeV at the Fermilab Tevatron with the DZero detector using different decay modes and analysis methods. We present measurements of the top quark width, and mass difference between the top and anti-top quark as well.</abstract>
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     <name first="Hyunsu" middle="" last="Lee"></name>
     <organization>University of Chicago</organization>
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   <abstract>We report a measurement of the top quark mass obtained from proton-antiproton collisions at a center-of-mass energy of 1.96 TeV at the Fermilab Tevatron using the CDF II detector using different decay modes and analysis methods. We present measurements of the top quark width, and mass difference between the top and anti-top quark in the lepton+jets channel as well.</abstract>
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   <startDate>2010-07-23T11:50:00</startDate>
   <endDate>2010-07-23T12:08:00</endDate>
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   <abstract>The top quark is a fundamental building block of the standard model. Due to the large cross section, top-antitop pairs will be copiously produced in high energy proton-proton collisions at the Large Hadron Collider (LHC). We present the first results of a selection of top-quark pair production events in the dilepton channel, where both W-bosons from the top quarks decay leptonically into either an electron or a muon, plus a neutrino. We use LHC collision data at 7 TeV centre-of-mass energy collected with the CMS experiment during the period of April to July 2010. Events with two isolated, prompt leptons with high energy, at least two jets with high transverse momentum, and significant missing transverse energy are selected. Several background contributions from other standard model processes, most importantly Drell-Yan and W+jets, are estimated in a data-driven way. Results  obtained from data are compared with the simulation, indicating the status of the analysis towards a first cross section measurement in  this channel at sqrt(s) = 7 TeV. Similarly, first results are reported for the lepton+jets channel, where one W-boson from the top decays leptonically into a muon (or electron) and a neutrino, while the other one decays into a quark-antiquark pair.</abstract>
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     <name first="Arnaud" middle="" last="Lucotte"></name>
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   <startDate>2010-07-23T12:10:00</startDate>
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   <abstract>First results from the ATLAS experiment at the LHC at center of mass energy of 7 TeV on top quark studies will be presented. In addition prospects on top quark studies at ATLAS including the top quark mass, top quark decay properties, spin correlations and anomalous couplings, rare decays and single top quark production will be discussed.</abstract>
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   <title>Spin determination of single-produced resonances at the LHC</title>
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   <abstract>We present techniques and analysis tools to study the production and decay of a single resonance produced at the LHC.  In a model-independent way, we show how to perform analysis of the resonance decay products to ascertain the spin of the resonance, its parity and production mechanism, and its general couplings to Standard Model matter and gauge fields.  Examples of  spin-zero, -one, and -two resonances ranging from the Standard Model Higgs boson to the KK Graviton are considered.  Though noting implications for other final states, we focus on resonances decaying to a pair of Z bosons in a fully reconstructed final state.  Through detailed MC simulation including all spin correlations and major detector effects, we use the multivariate likelihood method to extract the maximal amount of information about the resonance and separate various signal hypotheses.</abstract>
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  <contribution>
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   <track>10 - Beyond the Standard Model (theory and experimental searches)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Search for Color Sextet Scalars in Early LHC Experiments</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Edmond" middle="" last="Berger"></name>
     <organization>ANL</organization>
     <email>berger@anl.gov</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Edmond" middle="" last="Berger"></name>
     <organization>ANL</organization>
     <email>berger@anl.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-23T11:15:00</startDate>
   <endDate>2010-07-23T11:25:00</endDate>
   <duration>00:10</duration>
   <abstract>We explore the potential for discovery of an exotic color sextet scalar in same sign top quark pair production in early running at the LHC.  We present the first phenomenological analysis at collider energies of a color sextet scalar with full top quark spin correlations included.  We demonstrate that one can measure the scalar mass, the top quark polarization, and confirm the scalar resonance with 1 fb-1 of integrated luminosity.  The top quark polarization can distinguish gauge triplet and singlet scalars.</abstract>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Search for stopped gluinos and Heavy Stable Charged Particles at CMS in pp collisions at sqrt(s)=7 TeV</title>
   <speakers>
    <user>
     <title></title>
     <name first="Jim" middle="" last="Brooke"></name>
     <organization>H.H. Wills Physics Laboratory</organization>
     <email>jim.brooke@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The CMS Collaboration"></name>
     <organization></organization>
     <email></email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-23T11:30:00</startDate>
   <endDate>2010-07-23T11:45:00</endDate>
   <duration>00:15</duration>
   <abstract>We report the preliminary results of searches for long-lived particles produced in 7 TeV pp collisions from CERN’s Large Hadron Collider. A signature-based search for heavy stable charged particles using a high transverse-momentum muon trigger was performed. The search uses time-of-flight and ionization energy loss to isolate slowly moving, heavy, high transverse momentum particles. This result is interpreted within the context of stable stop squark and gluino models. We have also looked for long-lived particles which have stopped in the CMS detector. We search for the subsequent decay of these particles during time intervals where there were no pp collisions. In particular, we search for decays during gaps between crossings in the LHC beam structure as well as the inter-fill period between the beam being dumped and re-injection using a dedicated calorimeter trigger.</abstract>
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   <type>
    <id>0</id>
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   </type>
   <title>Searches for Exotic Long-lived Particles using Early Data from the ATLAS Detector at the LHC</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Pasquale-Fabrizio" middle="" last="Salvatore"></name>
     <organization>University of Sussex</organization>
     <email>p.fabrizio.salvatore@googlemail.com</email>
    </user>
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    <user>
     <title></title>
     <name first="" middle="" last="The ATLAS Collaboration"></name>
     <organization></organization>
     <email></email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-23T11:50:00</startDate>
   <endDate>2010-07-23T12:05:00</endDate>
   <duration>00:15</duration>
   <abstract>Exotic heavy long-lived particles are predicted in a range of theories which extend the Standard Model. Supersymmetry models alone allow for meta-stable sleptons, squarks and gauginos.  Such particles are identifiable as they traverse the detecter by  observables related to tracking, timing and energy loss which differ for Standard Model and exotic processes.  Also, if a model such as split-supersymmetry is realized in nature, R-hadrons, which contain a long-lived gluino or squark, can be produced and may lose enough of their energy through ionization to become captured and stop in the densest materials. Such "stopped" particles would decay at some later time, producing a high energy deposit which can be picked up by the trigger and detector, provided they remain active. This talk presents results from searches to discover both types of particles using data from proton-proton collisions at 7 TeV centre-of-mass energy which have been accumulated by the ATLAS detector at the LHC.</abstract>
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  <contribution>
   <ID>1087</ID>
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   <track>10 - Beyond the Standard Model (theory and experimental searches)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Impact of squark generation mixing on the search for squarks and gluinos at LHC</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Keisho" middle="" last="Hidaka"></name>
     <organization>Tokyo Gakugei University</organization>
     <email>hidaka@u-gakugei.ac.jp</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Keisho" middle="" last="HIDAKA"></name>
     <organization>Tokyo Gakugei University</organization>
     <email>hidaka@u-gakugei.ac.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-23T12:10:00</startDate>
   <endDate>2010-07-23T12:25:00</endDate>
   <duration>00:15</duration>
   <abstract>We study gluino decays, and squark production and decays, in the Minimal Supersymmetric Standard Model (MSSM) with squark generation mixing. We show that the mixing effects can be very large in a significant range of quark-flavour-violating parameters despite the very strong constraints on quark-flavour-violation (QFV) from experimental data on B mesons.
We find that under favourable conditions the branching ratio of the QFV decay gluino -&gt; c tbar (cbar t) + neutralino_1 can be as large as about 50%.
We also find that the squark generation mixing can result in a multiple-edge (3- or 4-edge) structure in the charm-top quark invariant mass distribution.
Further we show that the two lightest up-type squarks su_{1,2} can have very large branching ratios for the decays su_i -&gt; charm-quark neutralino_1 and su_i -&gt; top-quark neutralino_1 simultaneously due to the mixing effect, resulting in QFV signals 'p p -&gt; c tbar (t cbar) + missing-E_T + X' at a significant rate at LHC. These remarkable signatures provide an additional powerful test of supersymmetric QFV at LHC. They could have an important impact on the search for gluinos and squarks and the determination of the MSSM parameters at LHC.</abstract>
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 <session>
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  <code>09-2</code>
  <title>09 - Progress in Lattice Techniques and New Results</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Sinya" middle="" last="Aoki"></name>
    <organization>University of Tsukuba</organization>
    <email>saoki@het.ph.tsukuba.ac.jp</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 252A</room>
  </location>
  <startDate>2010-07-23T11:00:00</startDate>
  <endDate>2010-07-23T12:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>301</ID>
   <parentProtection>false</parentProtection>
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   <track>09 - Progress in  Lattice Techniques and New Results</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>The QCD phase diagram at low baryon density from lattice simulations</title>
   <speakers>
    <user>
     <title></title>
     <name first="Owe" middle="" last="Philipsen"></name>
     <organization></organization>
     <email>ophil@uni-muenster.de</email>
    </user>
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   <primaryAuthors>
    <user>
     <title></title>
     <name first="Owe" middle="" last="Philipsen"></name>
     <organization>Goethe-University Frankfurt</organization>
     <email>philipsen@th.physik.uni-frankfurt.de</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
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   <startDate>2010-07-23T11:00:00</startDate>
   <endDate>2010-07-23T11:35:00</endDate>
   <duration>00:35</duration>
   <abstract>The QCD phase diagram as a function of temperature and chemical potential for baryon number is largely unknown. Straightforward Monte Carlo simulations of lattice QCD are prohibited by the so-called sign problem for systems with a non-vanishing net baryon number. After a brief introduction to the origin of the sign problem, I review some recent computational techniques valid for sufficiently small baryon chemical potentials, and summarize our current knowledge of the QCD phase diagram resulting from such simulations.</abstract>
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  <contribution>
   <ID>1234</ID>
   <parentProtection>false</parentProtection>
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   <track>09 - Progress in  Lattice Techniques and New Results</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Origin of Mass, Strong Dynamics and the Lattice</title>
   <speakers>
    <user>
     <title></title>
     <name first="George" middle="" last="Fleming"></name>
     <organization>Yale University</organization>
     <email>george.fleming@yale.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Meifeng" middle="" last="Lin"></name>
     <organization>Yale University</organization>
     <email>meifeng.lin@yale.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-23T11:35:00</startDate>
   <endDate>2010-07-23T12:05:00</endDate>
   <duration>00:30</duration>
   <abstract>One of the important missions of LHC is to probe the mechanism behind the electroweak symmetry breaking through which elementary particles, such as the W and Z gauge bosons and the quarks, acquire mass. While the most economical solution is to have the Standard Model Higgs mechanism, other possibilities exist. One such possibility is to have dynamical electroweak symmetry breaking (DEWSB) as a result of some new strong interactions at energies of the TeV scale. As the only systematically improvable non-perturbative tool, lattice gauge theory has the potential to (in)validate many non-perturbative methods developed to search for new kinds of strong dynamics that might satisfy phenomenological constraints on DEWSB, and may facilitate the interpretation of the LHC data and hopefully shed light on the origin of mass. In this talk I will give an overview of the recent efforts by the lattice community to understand strong dynamics beyond QCD.</abstract>
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    <title>Slides</title>
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   <track>09 - Progress in  Lattice Techniques and New Results</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Effects of a potential fourth fermion generation on the upper and lower Higgs boson mass bounds</title>
   <speakers>
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     <title>Dr.</title>
     <name first="Philipp" middle="" last="Gerhold"></name>
     <organization>Humboldt-University Berlin</organization>
     <email>gerhold@physik.hu-berlin.de</email>
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   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Philipp" middle="" last="Gerhold"></name>
     <organization>Humboldt-University Berlin</organization>
     <email>gerhold@physik.hu-berlin.de</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Karl" middle="" last="Jansen"></name>
     <organization>NIC, DESY-Zeuthen</organization>
     <email>karl.jansen@desy.de</email>
    </user>
    <user>
     <title>Mr.</title>
     <name first="Jim" middle="" last="Kallarackal"></name>
     <organization>Humboldt-University Berlin</organization>
     <email>jim.kallarackal@physik.hu-berlin.de</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-23T12:05:00</startDate>
   <endDate>2010-07-23T12:30:00</endDate>
   <duration>00:25</duration>
   <abstract>We study the effect of a potential fourth fermion generation on the upper and lower Higgs boson mass bounds. This investigation is based on the numerical evaluation of a chirally invariant lattice Higgs-Yukawa model emulating the same Higgs-fermion coupling structure as in the Higgs sector of the electroweak Standard Model. In particular, the considered model obeys a Ginsparg-Wilson version of the underlying SU(2)_L x U(1)_Y symmetry, being a global symmetry here due to the neglection of gauge fields in this model. Here we present our first results on the fermion mass dependence of the Higgs boson mass bound as well as its cutoff dependence at very heavy fermion masses.</abstract>
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  <code>06-2</code>
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  <description></description>
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   <user>
    <title></title>
    <name first="Francesca" middle="" last="Di Lodovico"></name>
    <organization>Queen Mary University of London</organization>
    <email>francesca.di.lodovico@cern.ch</email>
   </user>
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   <name></name>
   <address>None</address>
   <room>Salle 242A</room>
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  <startDate>2010-07-23T11:00:00</startDate>
  <endDate>2010-07-23T12:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>930</ID>
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   <type>
    <id>0</id>
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   </type>
   <title>Quark and Lepton Evolution Invariants in the Standard Model</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Paul" middle="" last="Harrison"></name>
     <organization>University of Warwick</organization>
     <email>p.f.harrison@warwick.ac.uk</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Paul" middle="" last="Harrison"></name>
     <organization>University of Warwick</organization>
     <email>p.f.harrison@warwick.ac.uk</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Prof.</title>
     <name first="William" middle="" last="Scott"></name>
     <organization>Rutherford Appleton Laboratory</organization>
     <email>william.scott@stfc.ac.uk</email>
    </user>
    <user>
     <title>Mr.</title>
     <name first="Rama" middle="" last="Krishnan"></name>
     <organization>University of Warwick</organization>
     <email>k.rama@warwick.ac.uk</email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-23T11:00:00</startDate>
   <endDate>2010-07-23T11:13:00</endDate>
   <duration>00:13</duration>
   <abstract>We construct a new set of Standard Model evolution invariants which link quark masses and mixing parameters. We examine their phenomenological implications and infer a simple combination of Yukawa coupling matrices which appears to play a unique role in the Standard Model. This suggests a possible new insight into the observed spectrum of quark masses. Similar evolution invariants are obtained for the leptons in the case of Dirac neutrinos.</abstract>
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    <id>0</id>
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   </type>
   <title>Search for B -&gt; tau nu</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="De Nardo" middle="" last="Guglielmo"></name>
     <organization>Napoli University and INFN</organization>
     <email>denardo@na.infn.it</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Michael" middle="" last="Roney"></name>
     <organization>BABAR</organization>
     <email>roney@slac.stanford.edu</email>
    </user>
    <user>
     <title></title>
     <name first="TBD" middle="" last="TBD"></name>
     <organization>BABAR</organization>
     <email>tbd</email>
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   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-23T11:15:00</startDate>
   <endDate>2010-07-23T11:26:00</endDate>
   <duration>00:11</duration>
   <abstract>We present a search for the fully leptonic B decay B+ -&gt; tau+ nu_{tau} in 459M B/anti-B pairs collected at the Upsilon(4S) resonance using the BaBar detector. We select a sample of events with a reconstructed hadronic B decay, B- -&gt; D0 X-, where X represents a combination of charged and neutral light mesons; in the remainder of each event we search for the B+ -&gt; tau+ nu_{tau} signal.</abstract>
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  <contribution>
   <ID>1097</ID>
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   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
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   </type>
   <title>B-&gt; tau nu &amp; B-&gt;D(*)tau nu decays at Belle</title>
   <speakers>
    <user>
     <title></title>
     <name first="Jacek" middle="" last="Stypuła"></name>
     <organization>H. Niewodniczański Institute of Nuclear Physics Kraków</organization>
     <email>jacek.stypula@gmail.com</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Collaboration" middle="" last="BELLE"></name>
     <organization>KEK</organization>
     <email>karim.trabelsi@kek.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-23T11:28:00</startDate>
   <endDate>2010-07-23T11:43:00</endDate>
   <duration>00:15</duration>
   <abstract>We present a measurement of the decay B --&gt; tau nu in a large data sample recorded with the Belle detector at the KEKB asymmetric energy e^+ e^- collider. We obtain the branching fraction for B --&gt; tau nu and present a direct determination of the product of the B meson decay constant f_B and the magnitude of the Cabibbo-Kobayashi-Maskawa matrix element |V_{ub}|. The resulting constraints on a charged Higgs boson are also discussed. We also present studies of B^+ --&gt; \bar{D}^{*0} tau^+ nu and B^+ --&gt; \bar{D}0  tau^+ nu decays. The events are tagged by inclusively reconstructing  the accompanying B meson. Measurements of branching fractions and distributions characterizing signal decays are presented.</abstract>
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  <contribution>
   <ID>1098</ID>
   <parentProtection>false</parentProtection>
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   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Search for D and B leptonic decays at Belle</title>
   <speakers>
    <user>
     <title></title>
     <name first="marko" middle="" last="staric"></name>
     <organization>J. Stefan Institute, Ljubljana, Slovenia</organization>
     <email>marko.staric@ijs.si</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Collaboration" middle="" last="BELLE"></name>
     <organization>KEK</organization>
     <email>karim.trabelsi@kek.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-23T11:45:00</startDate>
   <endDate>2010-07-23T11:58:00</endDate>
   <duration>00:13</duration>
   <abstract>We search for the flavor-changing neutral current decays D0 --&gt; mu^+ mu^- and D0 --&gt; e^+e^-, and for the lepton-flavor violating decays D0 --&gt; e^(+-) mu^(-+) using a large data sample collected with the Belle detector at the KEKB asymmetric-energy e^{+}e^{-} collider. We find no evidence for any of these decays. We obtain significantly improved upper limits on the branching fractions: BR(D0 --&gt; mu^{+} mu^{-})&lt;1.4 x 10^{-7},
BR(D0 --&gt; e^+e^-)&lt;7.9 x 10^{-8} and BR(D0 --&gt; e^{+} mu^{-})+BR(D0 --&gt; mu^{+}e^{-})&lt;2.6 x 10^{-7} at the 90% confidence level. The purely leptonic decay B^+ --&gt; l^+ nu (l = e, mu) is highly suppressed in the Standard Model due to lepton helicity mismatch but can be strongly enhanced in New Physics scenarios. We present the results of a search for the decays B^+ --&gt; e^+ nu and B^+ --&gt; mu^+ nu. We also present a search for B decays into invisible final states. The nu anti-nu signal is identified by fully reconstructing the accompanying B mesons and requiring no other charged particles and no extra energy deposited in the calorimeter. </abstract>
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    <id>0</id>
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   </type>
   <title>New upper limit on the decay B_s -&gt; mu mu from D0</title>
   <speakers>
    <user>
     <title></title>
     <name first="Brendan" middle="" last="Casey"></name>
     <organization>Fermilab</organization>
     <email>bcasey@fnal.gov</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Physics Coordinators" middle="" last="D0"></name>
     <organization>D0 Collaboratio</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-23T12:00:00</startDate>
   <endDate>2010-07-23T12:11:00</endDate>
   <duration>00:11</duration>
   <abstract>We present the results of a search for the flavor-changing neutral current decay B0_s -&gt; mu+ mu- using approximately 6.1 fb^{-1} of p anti-p collisions at sqrt{s}=1.96 TeV collected by the D0 experiment at the Fermilab Tevatron Collider. Compared to the previous published D0 result we have increase the amount of data analysed by a factor of 4 and improved the background rejection using a multivariate discrimination technique.</abstract>
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   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
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   <title>Search for New Physics with Rare Heavy Flavour Decays at LHCb</title>
   <speakers>
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     <title></title>
     <name first="Giampiero" middle="" last="Mancinelli"></name>
     <organization>Centre de Physique des Particules de Marseille (CPPM)-Universite</organization>
     <email>giampi@cppm.in2p3.fr</email>
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   <primaryAuthors>
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     <title></title>
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     <organization>CERN</organization>
     <email>victor.egorychev@cern.ch</email>
    </user>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-23T12:13:00</startDate>
   <endDate>2010-07-23T12:28:00</endDate>
   <duration>00:15</duration>
   <abstract>The LHCb experiment has the potential, during the 2010-11 run, to observe, or improve significantly the exclusion bounds on, the rare decays B_s -&gt;mu^+mu^- and D0 -&gt; mu^+mu^-. These studies will provide very sensitive probes of New Physics effects. High sensitivity to New Physics contributions is also achieved by searching for direct CP violation in B0 -&gt; K* gamma, performing a time dependent analysis of B_s --&gt; phi gamma, and making an angular study of the decay B0 -&gt; K* mu^+ mu^-. Here also significant results are expected from the present run. Preparations for these analyses will be presented, and studies shown of how existing data, for example prompt J/psi events, can be used to validate the analysis strategy.</abstract>
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 <session>
  <ID>54</ID>
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  <code>03-2</code>
  <title>03 - Perturbative QCD, Jets and Diffractive Physics</title>
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   <user>
    <title></title>
    <name first="Leszek" middle="" last="Motyka"></name>
    <organization>Hamburg University</organization>
    <email>motyka@mail.desy.de</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 252B</room>
  </location>
  <startDate>2010-07-23T11:00:00</startDate>
  <endDate>2010-07-23T12:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>181</ID>
   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Probing the theoretical description of central exclusive production</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="tim" middle="" last="coughlin"></name>
     <organization>university college london</organization>
     <email>coughlin@hep.ucl.ac.uk</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="tim" middle="" last="coughlin"></name>
     <organization>university college london</organization>
     <email>coughlin@hep.ucl.ac.uk</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Prof.</title>
     <name first="Jeff" middle="" last="Forshaw"></name>
     <organization>The University of Manchester</organization>
     <email>jeff.forshaw@manchester.ac.uk</email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-23T11:00:00</startDate>
   <endDate>2010-07-23T11:17:00</endDate>
   <duration>00:17</duration>
   <abstract>We investigate the theoretical description of the central exclusive production process. Taking Higgs production as an example, we sum logarithmically enhanced corrections appearing in the perturbation series to all orders in the strong coupling. In addition, we perform a fixed order calculation of the corrections relevant for the Sudakov factor appearing in the process. Both approaches agree with those originally presented by Khoze, Martin and Ryskin, except that the scale, µ, appearing in the Sudakov factor must be changed from µ = 0.62 sqrt(s) to µ = sqrt(s), where s is the invariant mass squared of the central system. We discuss the effects of this modification on predictions for the LHC and the Tevatron.</abstract>
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  <contribution>
   <ID>1166</ID>
   <parentProtection>false</parentProtection>
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   <track>03 - Perturbative QCD, Jets and Diffractive Physics</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Exclusive Processes at HERA</title>
   <speakers>
    <user>
     <title></title>
     <name first="Armen" middle="" last="Bunyatyan"></name>
     <organization>DESY</organization>
     <email>armen.bunyatyan@desy.de</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Katja" middle="" last="Krueger"></name>
     <organization>DESY/Heidelberg</organization>
     <email>kruegerk@mail.desy.de</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Tobias" middle="" last="Haas"></name>
     <organization>DESY</organization>
     <email>tobias.haas@desy.de</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-23T11:20:00</startDate>
   <endDate>2010-07-23T11:45:00</endDate>
   <duration>00:25</duration>
   <abstract>Diffractive cross sections of electroproduction of rho and phi mesons is measured at HERA with the H1 detector in the elastic and proton dissociative channels. The data correspond to an integrated luminosity of 51 pb^-1. Based on data collected with the H1 detector at HERA in 2005, cross sections  or elastic rho photoproduction have been measured at momentum transfer |t| &lt; 0.58 GeV^2 and photon-proton center-of-mass energies 20 &lt; W &lt; 90 GeV. This data has been combined with cross sections published previously by the Omega and ZEUS collaborations in a global fit to determine the pomeron trajectory alpha(t) in 13 bins of t by from the W-dependence of the elastic rho production cross section. Exclusive diffractive photoproduction of J/psi mesons is measured with the H1 detector at the electron-proton collider HERA. At the end of the HERA operation in 2007 the nominal proton beam energy was reduced from 920 GeV to 575 and 460 GeV, respectively. The reduced proton beam energy allows diffractive J/psi measurements in an extended phase space towards lower photon-proton centre of mass energies W_gammap. Differential cross sections are presented as a function of t, the squared four-momentum transfer at the proton vertex, and of W_gammap in the kinematical range of low photon virtualities of Q^2 &lt; 2.5 GeV^2. The exclusive photoproduction reaction gamma p -&gt; Upsilon p has been  studied with the ZEUS detector in ep collisions at HERA using an  integrated luminosity of 468 pb-1. The measurement covers the kinematic  range 60 &lt; W &lt; 220 GeV and Q^2 &lt; 1 GeV^2, where W is the photon-proton  centre-of-mass energy and Q^2 is the photon virtuality. The gamma-p cross  section for Upsilon photoproduction is presented as a function of W and |t|, where t is negative transverse momentum square at the proton vertex. These results, which represent the analysis of the full ZEUS data sample  for dimuon decay channel, are compared to predictions based on  perturbative QCD. The proton-dissociative diffractive photoproduction of J/psi mesons has been studied in  ep collisions with the ZEUS detector at HERA using an integrated luminosity of 112 pb. The cross section is presented as a function of the photon-proton centre-of-mass energy and of the squared four-momentum transfer at the proton vertex. The results are compared to perturbative QCD calculations. The J/Psi decay angular distributions have been measured in inelastic photoproduction in ep collisions with the ZEUS detector at HERA, using an integrated luminosity of 468 pb-1. The range in photon-proton centre-of-mass energy, W, was 50 &lt; W &lt; 180 GeV. The J/Psi mesons were identied through their decays into muon pairs. The polar and azimuthal angles of the muon+ were measured in the J/Psi rest frame and compared to theoretical  predictions at leading and next-to-leading order in QCD.</abstract>
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  <contribution>
   <ID>267</ID>
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   </type>
   <title>Exclusive processes beyond leading twist: gamma*T -&gt; rhoT impact factor  with twist three accuracy</title>
   <speakers>
    <user>
     <title></title>
     <name first="Lech" middle="" last="Szymanowski"></name>
     <organization>Soltan INS, Warsaw</organization>
     <email>lech.szymanowski@fuw.edu.pl</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Lech" middle="" last="Szymanowski"></name>
     <organization>Soltan INS, Warsaw</organization>
     <email>lech.szymanowski@fuw.edu.pl</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title></title>
     <name first="Igor V" middle="" last="Anikin"></name>
     <organization>JINR, Dubna</organization>
     <email></email>
    </user>
    <user>
     <title></title>
     <name first="Dmitry Yu" middle="" last="Ivanov"></name>
     <organization>Inst. of Mathematics,  Novosibirsk</organization>
     <email></email>
    </user>
    <user>
     <title></title>
     <name first="Bernard" middle="" last="Pire"></name>
     <organization>CPHT Ecole Polytechnique</organization>
     <email></email>
    </user>
    <user>
     <title></title>
     <name first="Samuel" middle="" last="Wallon"></name>
     <organization>LPT, Univ. Paris-Sud, Orsay</organization>
     <email></email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-23T11:50:00</startDate>
   <endDate>2010-07-23T12:07:00</endDate>
   <duration>00:17</duration>
   <abstract>We describe a consistent approach to factorization of scattering amplitudes for exclusive processes beyond the leading twist approximation. The method is based on the Taylor expansion of the scattering amplitude in the momentum space around the dominant light-cone direction and thus naturally introduces an appropriate set of non-perturbative correlators which encode effects not only of the lowest but also of the higher Fock states of the produced particle. The reduction of original set of correlators to a set of independent ones is achieved with the help of equations of motion and invariance of the scattering amplitude under rotation on the light-cone.  As a concrete application, we compute the expressions of the impact factor for the transition of virtual photon to transversally polarised rho-meson up to the twist 3 accuracy. (Phys.Lett.B682:413-418,2010 and Nucl.Phys.B828:1-68,2010.)</abstract>
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  <contribution>
   <ID>189</ID>
   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
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   </type>
   <title>Exclusive Higgs production at the LHC</title>
   <speakers>
    <user>
     <title></title>
     <name first="Royon" middle="" last="Christophe"></name>
     <organization>DAPNIA</organization>
     <email>christophe.royon@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Ms.</title>
     <name first="Alice" middle="" last="Dechambre"></name>
     <organization>Universite de Liege</organization>
     <email>alice.dechambre@ulg.ac.be</email>
    </user>
    <user>
     <title>Mr.</title>
     <name first="Rafal" middle="" last="Staszewski"></name>
     <organization>SPP CEA Saclay and INP Polish Academy of Science</organization>
     <email>rafal.staszewski@gmail.com</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Christophe" middle="" last="Royon"></name>
     <organization>SPP CEA Saclay</organization>
     <email>royon@hep.saclay.cea.fr</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-23T12:10:00</startDate>
   <endDate>2010-07-23T12:27:00</endDate>
   <duration>00:17</duration>
   <abstract>After a brief description of the models of exclusive diffractive Higgs prodution, we first evaluate the theoretical uncertainties that affect the calculation of exclusive cross section (jets, Higgs...). In addition, in view of the recent measurement of exclusive dijet at CDF and the new implementation of the corresponding cross section in FPMC (Forward Physics Monte-Carlo), we developed an analysis strategy that can be used to narrow down these uncertainties with the help of early LHC
measurement.</abstract>
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 </session>
 <break>
  <name>Lunch Break</name>
  <startDate>2010-07-23T12:30</startDate>
  <endDate>2010-07-23T14:00</endDate>
  <duration>01:30</duration>
  <description>Lunches not provided.</description>
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   <name> </name>
   <address></address>
   <room></room>
  </location>
 </break>
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  <title>04 - Hadronic Structure, Parton Distributions, soft QCD, Spectroscopy</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Volker" middle="" last="Burkert"></name>
    <organization>Jefferson Lab</organization>
    <email>burkert@jlab.org</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 253</room>
  </location>
  <startDate>2010-07-23T14:00:00</startDate>
  <endDate>2010-07-23T15:45:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>235</ID>
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   <type>
    <id>0</id>
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   <title>Study of a0(980)-f0(980) mixing at BESIII and study of charged kappa at BESII</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Beijiang" middle="" last="Liu"></name>
     <organization>Institute of High Energy Phsics (CAS) and Hong Kong University</organization>
     <email>liubj@mail.ihep.ac.cn</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The BESII Collaboration"></name>
     <organization></organization>
     <email>zhengyh@gucas.ac.cn</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-23T14:00:00</startDate>
   <endDate>2010-07-23T14:08:00</endDate>
   <duration>00:08</duration>
   <abstract>There has been much arguments on whether sigma and kappa exist, due to the facts that the total phase shifts in the lower mass region are much less than 180 degrees and they do not fit into ordinary meson nonets; also whether f0(980) and a0(980) are part of the ground-state quark-antiquark family or whether they are 4-quark states, hybrids or K Kbar molecules. The study of their nature has been one of the important topics in the light hadron spectroscopy. 
The mixing intensity of f0(980) and a0(980) is expected to shed light on the nature of these two resonances. The a0-f0 mixing intensity has been predicted to be in the range of 0.01 to 0.2 by various theoretical models, but no any experimental results are available yet. The transition of f0(980) to a0(980) or a0(980) to f0(980) will provide complementary constraints to the parameters of a0 and f0 mesons. Using the samples of 2.26 X 10^8 J/Psi events and 1.06 X 10^8 psi' events collected with the BESIII detector, we perform direct measurements of a0-f0 mixing via the isospin breaking processes J/psi-&gt;phi f0-&gt;phi a0 and chi_c1-&gt;pi0 a0 -&gt;pi0 f0. The preliminary results on the a0(980)-f0(980) mixing intensity are presented.
Evidence for neutral kappa firstly comes from re-analysis of the old Kpi scattering data and then the production decay processes including D -&gt; K pi pi, J/Psi -&gt; K* K pi, etc.. Because of the isospin symmetry, a charged kappa is expected. We report the charged kappa in J/psi-&gt; K Ks pi pi decays, based on 5.8 X 10^7 J/Psi events collected by BESII. The charged kappa particle is found as a low mass enhancement in the invariant mass spectrum of K pi. If a Breit-Wigner function of constant width is used to parameterize the kappa, its pole locates at (849 +- 77+18-14) -i (256 +- 40 +46-22) MeV/c2, which is consistent with that for neutral kappa.</abstract>
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  <contribution>
   <ID>1210</ID>
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   <type>
    <id>0</id>
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   </type>
   <title>New Observations on Light Hadron Spectroscopy at BESIII</title>
   <speakers>
    <user>
     <title></title>
     <name first="huang" middle="" last="yanping"></name>
     <organization>IHEP</organization>
     <email>huangyp@ihep.ac.cn</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The BESIII Collaboration"></name>
     <organization></organization>
     <email>zhengyh@gucas.ac.cn</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-23T14:10:00</startDate>
   <endDate>2010-07-23T14:23:00</endDate>
   <duration>00:13</duration>
   <abstract>The decays of psi'-&gt; pi pi J/psi (J/psi -&gt; gamma p pbar), psi'-&gt; gamma ppbar, J/psi-&gt; gamma p pbar, J/psi -&gt; gamma pi pi eta’ and J/psi -&gt; omega pi pi eta are analyzed using the samples of 2.26 X 10^8 J/psi events and 1.06 X 10^8 psi' events collected with the BESIII detector. In psi'-&gt; pi pi J/psi (J/psi -&gt; gamma p pbar) decay, an enhancement at p pbar threshold is observed. The enhancement can be fit with an S-wave Breit-wigner resonances function with a mass of M=1861+6-13(stat)+7-26(syst) MeV/c2 and a narrow width Gamma &lt; 38 MeV/c2 at the 90% confidence level. A similar structure is also observed in J/psi-&gt;gamma p pbar. These results are consistent with published BESII results. The mass and width of this structure do not match with any well established mesons. No similar narrow structure is seen in psi'-&gt;gamma p pbar.
For the decays of J/psi-&gt;gamma pi pi eta', the resonance X(1835), which was observed at BESII in the same decays, is confirmed in both of the two decay modes of eta’ ( eta' -&gt; gamma rho and eta’ -&gt; pi pi eta). Besides, the hint for two new additional structures is revealed. The search for possible new structure in J/psi -&gt; omega pi pi eta has also been performed.</abstract>
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  <contribution>
   <ID>1126</ID>
   <parentProtection>false</parentProtection>
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   <track>04 - Hadronic Structure, Parton Distributions, soft QCD, Spectroscopy</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Studies with Initial State Radiation at BABAR</title>
   <speakers>
    <user>
     <title></title>
     <name first="Evgeniy" middle="" last="Solodov"></name>
     <organization>BudkerINP</organization>
     <email>solodov@inp.nsk.su</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The BABAR Collaboration"></name>
     <organization></organization>
     <email>roney@slac.stanford.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-23T14:25:00</startDate>
   <endDate>2010-07-23T14:38:00</endDate>
   <duration>00:13</duration>
   <abstract>* Initial State Radiation Physics Studies at BABAR
We present recent results obtained at BABAR from low energy e+e- annihilations, produced via initial state radiation. Low energy hadronic cross sections provide essential experimental input for calculating hadronic corrections to the muon anomalous magnetic moment, while studies of final states and intermediate structures with unprecedented accuracy can reveal new bound states and help elucidate their properties.
We present new measurements of e+e- -&gt; K+K-pi+pi-, K+K-pi0pi0, 2(K+K-) based on the  full data set including investigations of signals from phi(1020)2pi and phi(1020)f_0(980) intermediate states. The evaluation of Y(2175) -&gt; phi f_0(980) parameters are presented along with measurements of the J/psi and psi(2S) BFs to these final states. The BaBar measurement of pi^+pi^- and other channels important for calculating the hadronic contribution to the muon magnetic moment anomaly will be discussed.

* Associated charm baryon production in Initial State Radiation events and measurements of the Y(4260) state produced in e+e---&gt;gamma_ISR J/psi pi+pi-
We present an analysis of a threshold enhancement observed in (Lambda_c+ anti-Lamba_c-) pairs produced in the reaction e+e---&gt;gamma_ISR Lambda_c+ anti-Lambac-. This study uses data collected with the BABAR detector operating at the SLAC PEP-II B-factory. We also report on updated mass and width measurements for the Y(4260)--&gt; J/psi pi+pi- produced in initial state radiation events using 454 fb^-1 of BaBar data.</abstract>
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  <contribution>
   <ID>1127</ID>
   <parentProtection>false</parentProtection>
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   <track>04 - Hadronic Structure, Parton Distributions, soft QCD, Spectroscopy</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Recent Results on Two-photon Physics at BABAR</title>
   <speakers>
    <user>
     <title></title>
     <name first="Vladimir" middle="" last="Druzhinin"></name>
     <organization>SLAC</organization>
     <email>druzhini@slac.stanford.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The BABAR Collaboration"></name>
     <organization></organization>
     <email>roney@slac.stanford.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-23T14:40:00</startDate>
   <endDate>2010-07-23T14:53:00</endDate>
   <duration>00:13</duration>
   <abstract>* Recent results on two-photon physics at BABAR
Two-photon processes, studied at e+e- colliders via the reaction e+ e---&gt; e+ e- gamma gamma* --&gt; e+ e- Pseudoscalar, provide an approach to a number of important QCD tests. We discuss the recent BABAR measurements of gamma gamma* -&gt; pi0 transition  and gamma gamma*-&gt; eta_c transition form factors. We also report on a new measurement of the gamma gamma* -&gt; eta and gamma gamma* -&gt; eta' transition form factors for the momentum transfer range Q^2=4-40 GeV^2.

* A study of charmonium produced in two-photon collisions at BaBar
We describe a detailed study of charmonium states produced in two-photon collisions and decaying to K_S K pi and K K pi pi pi0. We present a high statistics measurement of the mass and width of the eta_c(2S) state.</abstract>
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  <contribution>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Axial Anomaly and Transition Formfactors</title>
   <speakers>
    <user>
     <title></title>
     <name first="Oleg" middle="" last="Teryaev"></name>
     <organization>Joint Inst. for Nuclear Research (JINR)</organization>
     <email>oleg.teryaev@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Oleg" middle="" last="Teryaev"></name>
     <organization>Joint Inst. for Nuclear Research (JINR)</organization>
     <email>oleg.teryaev@cern.ch</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title></title>
     <name first="Armen" middle="" last="Oganesian"></name>
     <organization>ITEP</organization>
     <email></email>
    </user>
    <user>
     <title></title>
     <name first="Yaroslav" middle="" last="Klopot"></name>
     <organization>JINR</organization>
     <email></email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-23T14:55:00</startDate>
   <endDate>2010-07-23T15:03:00</endDate>
   <duration>00:08</duration>
   <abstract>The earlier derived sum rule for the axial current formfactors with one real and one virtual photon is applied for the analysis of meson transition formfactors. The exactness of sum rule at all virtual photon momenta due to t'Hooft principle requires the existence of at least one axial meson which assumes the role of pion in the anomaly description at large momenta squared. The relation between pion and A1 meson formfactors is obtained and applied to the analysis of BABAR data. The possible manifestations of axial anomaly in heavy ions collisions are briefly discussed,</abstract>
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   <title>Particle Production in Two-Photon Collisions at Belle</title>
   <speakers>
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     <title></title>
     <name first="Hideyuki" middle="" last="Nakazawa"></name>
     <organization>National Central University</organization>
     <email>nkzw@post.kek.jp</email>
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   <startDate>2010-07-23T15:05:00</startDate>
   <endDate>2010-07-23T15:18:00</endDate>
   <duration>00:13</duration>
   <abstract>* Experimental study of eta eta production in two-photon collisions
The differential cross section for the process gamma gamma -&gt; eta eta has been measured in the kinematic range above the eta eta threshold, 1.096 GeV  &lt; W &lt; 3.8 GeV, in almost the whole solid angle, |cos theta*| &lt; 0.9 or &lt; 1.0 depending on W, where W and theta* are the energy and eta scattering angle, respectively, in the gamma gamma center-of-mass system. This is the first measurement of the cross section for this process. The results are based on a 393~fb^-1 data sample collected with the Belle detector at the KEKB e+e- collider. In the W range 1.1-2.0 GeV/c2 we perform an analysis of resonance amplitudes for various partial waves; at higher energy we extract the contributions of chi_cJ charmonia and compare the energy and angular dependence of the cross section with the predictions of theoretical models.

* Observation of eta_c(2S) in six-prong final states produced in two-photon collisions
We report the observation of eta_c(2S), produced in two-photon collisions, and decaying to the six-prong final states 3(pi+pi-), K+ K- 2(pi+ pi-), and K0_S K+ pi- pi+ pi- (including the charge-conjugate state). This analysis is based on a large data sample accumulated by the Belle experiment at the KEKB asymmetric-energy electron-positron collider. This is the first observation of decay modes of the eta_c(2S) other than K0_S K+ pi-.</abstract>
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   <title>Tetraquark interpretation of e+ e- -&gt; Upsilon pi+ pi- Belle data  and  e+ e- -&gt; b bbar Babar data</title>
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    <user>
     <title></title>
     <name first="Ahmed" middle="" last="Ali"></name>
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     <email>ahmed.ali@cern.ch</email>
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    <user>
     <title></title>
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    <user>
     <title></title>
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     <title></title>
     <name first="Ishtiaq" middle="" last="Ahmed"></name>
     <organization>NCP, Quaid-i-Azam University, Islamabad, Pakistan</organization>
     <email>ishtiaq.ahmed@ncp.edu.pk</email>
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    <user>
     <title></title>
     <name first="Muhammad" middle="" last="Jamil Aslam"></name>
     <organization>NCP, Quaid-i-Azam University, Islamabad, Pakistan</organization>
     <email>muhammadjamil.aslam@gmail.com</email>
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   <startDate>2010-07-23T15:20:00</startDate>
   <endDate>2010-07-23T15:33:00</endDate>
   <duration>00:13</duration>
   <abstract>We study the spectroscopy and dominant decays of the bottomonium-like tetraquarks (bound diquarks-antidiquarks), focusing on the lowest lying P-wave  [bq][bbar qbar] states Y_[bq] (with q=u,d), having J^PC=1^--. To search for them, we analyse the recent BaBar data obtained during an energy scan of the e+ e- -&gt; b bbar cross section in the range of sqrt(s)=10.54 to 11.20 GeV. We find that these data are consistent with the presence of an additional b bbar state Y_[bq] with a mass of 10.90 GeV and a width of about 30 MeV  apart from the Upsilon(5S) and Upsilon(6S) resonances. A closeup of the energy region around the Y_[bq]-mass may resolve this state in terms of the two mass eigenstates, Y_[b,l] and Y_[b,h], with a mass difference, estimated as about 6 MeV. We tentatively identify the state Y_[bq](10900) from the R_b-scan with the state Y_b(10890) observed by Belle in the process e+e- -&gt; Y_b(10890) -&gt; Upsilon(1S, 2S)pi+ pi- due to their proximity in  masses and decay widths. We also analyze the Belle data [K.F. Chen, et al. (Belle Collaboration), Phys. Rev. Lett. 100, 112001 (2008); I.Adachi et al. (Belle Collaboration), arXiv:0808.2445] on the processes e+ e- -&gt; Upsilon(1S) pi+pi-, Upsilon(2S) pi+pi- near the peak of the Upsilon(5S) resonance, which are found to be anomalously large in rates compared to similar dipion transitions between the lower Upsilon resonances. Assuming these final states arise from the production and decays of the J^PC=1^-- state Y_b(10890), which we interpret as a bound (diquark-antidiquark) tetraquark state [bq][bbar qbar], a dynamical model for the decays Y_b -&gt; Upsilon(1S) pi+pi-,  Upsilon(2S) pi+pi- is presented. Depending on the phase space, these decays receive significant contributions from the scalar 0^++ states, f_0(600) and f_0(980), and from the 2^++ qqbar-meson f_2(1270). Our model provides excellent fits for the decay distributions, supporting Y_b as a tetraquark state.</abstract>
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   <title>Hadronic Molecules</title>
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     <title></title>
     <name first="Pablo G" middle="" last="Ortega"></name>
     <organization>University of Salamanca</organization>
     <email>pgortega@usal.es</email>
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    <user>
     <title></title>
     <name first="Francisco" middle="" last="Fernandez"></name>
     <organization>University of Salamanca</organization>
     <email>fdz@usal.es</email>
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     <title></title>
     <name first="David R" middle="" last="Entem"></name>
     <organization>University of Salamanca</organization>
     <email>entem@usal.es</email>
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    <user>
     <title></title>
     <name first="Pablo G" middle="" last="Ortega"></name>
     <organization>University of Salamanca</organization>
     <email>pgortega@usal.es</email>
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   <startDate>2010-07-23T15:35:00</startDate>
   <endDate>2010-07-23T15:45:00</endDate>
   <duration>00:10</duration>
   <abstract>In the last years, a number of exciting discoveries of new hadron states have challenged our description of the hadron spectroscopy. Among these so called XYZ states, one of the most mysterious states is the well established X(3872).
In Ref.[1] we performed a coupled channel calculation of the 1^++ ccbar sector including qqbar and DD* molecular configurations; in the framework of a constituent quark model which successfully describes the meson spectrum, in particular the ccbar 1^-- sector. The elusive X(3872) meson appears as a new state with a high probability for the DD* molecular component. 
The branching (X(3872)-&gt; pi+pi-pi0 J/psi)/(X(3872)-&gt; pi+pi- J/psi)=1.0+/-0.4+/-0.3 measured by Belle [2] suggest an important isospin violation, while the branching between the radiative and the strong decays (X(3872)-&gt; J/psi gamma)/(X(3872) -&gt; pi+pi- J/psi) with values measured by Belle 0.14+/-0.05 [2] and by BaBar 0.33+/-0.12 [3] suggests a sizable ccbar component.
In this contribution we analyze the line shapes and the different branching ratios for the decay of the X(3872) measured by the Belle and BaBar Collaborations, finding a good agreement with the experimental data.
Besides the X(3872), the discovery of new states at the B-factories that don't fit in the conventional qqbar assignment motivates the study of such structures in other sectors. Using the same framework as in Ref. [1], we search new molecules in the hidden charm and charm strange sectors. In the hidden charm sector we only find the controversial 1^-- Y(4008) charmonium state as a D*D* molecule. The D_s1(2460) appears as a D^*K molecule in the charm strange sector.
We also explore the hidden bottom sector in the same framework. The reduction of the kinetic energy due to the mass of the b quark favors the creation of new clusters. Our constituent quark model allows to study all the sectors in an unified vision. One of expected new particles is the partner of the X(3872) meson, found as a B B*bar. Other possible molecular candidates are studied.

[1] P. G. Ortega, J. Segovia, D. R. Entem, F. Fernandez, Phys. Rev. D81, 054023 (2010)
[2] K. Abe et al. (Belle Collaboration), arXiV:hep-ex/0505037.
[3] B. Aubert  et al. (BABAR Collaboration), Phys. Rev. Lett. 102, 132001 (2009).</abstract>
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  <startDate>2010-07-23T14:00:00</startDate>
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     <organization>Torino University</organization>
     <email>giampier@to.infn.it</email>
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     <name first="Giampiero" middle="" last="Passarino"></name>
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    <name></name>
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   <startDate>2010-07-23T14:00:00</startDate>
   <endDate>2010-07-23T14:22:00</endDate>
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   <abstract>Higgs production cross sections, including electroweak NLO corrections will be discussed</abstract>
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     <email>d0_physics_coordinators@listserv.fnal.gov</email>
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    <name></name>
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   <startDate>2010-07-23T14:25:00</startDate>
   <endDate>2010-07-23T14:43:00</endDate>
   <duration>00:18</duration>
   <abstract>We present a search for Higgs bosons decaying to the di-photon final state using  5 fb-1 of data at a center-of-mass energy of sqrt(s)=1.96~TeV at the Fermilab Tevatron collider. Whilst the branching ratio to the di-photon final state is small in the Standard Model, this channel contributes appreciably to the overall Higgs sensitivity at Tevatron. In parallel, the limit is re-interpreted in fermiophobic models where the di-photon branching ratio is considerably larger. This decay channel will be of major importance in the light mass Standard Model Higgs search at the LHC.</abstract>
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    <id>0</id>
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   <title>Search for Standard Model Higgs boson in di-tau final state at the Tevatron</title>
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     <title></title>
     <name first="Pierluigi" middle="" last="Totaro"></name>
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    <name></name>
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   <startDate>2010-07-23T14:45:00</startDate>
   <endDate>2010-07-23T15:03:00</endDate>
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   <abstract>We present a search for a Standard Model Higgs boson in events with a final state containing two taus and two jets at a center-of-mass energy of sqrt(s)=1.96 TeV at the Fermilab Tevatron collider.  The final states are sensitive to a combination of associated production of a W/Z boson with a Higgs boson, vector boson fusion and gluon-gluon fusion production processes. Inclusion of the data set up to 5.4 fb-1, and recent improvements to the sensitivity will be discussed.</abstract>
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     <name first="Abid" middle="" last="Patwa"></name>
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   <location>
    <name></name>
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   <startDate>2010-07-23T15:05:00</startDate>
   <endDate>2010-07-23T15:23:00</endDate>
   <duration>00:18</duration>
   <abstract>We present a search for non-Standard Model Higgs bosons at a center-of-mass energy of sqrt(s)=1.96 TeV using up to 6 fb-1 of Tevatron data. Searches for charged and neutral Higgs bosons predicted in MSSM and NMSSM models will be discussed.</abstract>
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     <organization>BNL</organization>
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     <title>Prof.</title>
     <name first="Sally" middle="" last="Dawson"></name>
     <organization>BNL</organization>
     <email>dawson@bnl.gov</email>
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    <name></name>
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   <startDate>2010-07-23T15:25:00</startDate>
   <endDate>2010-07-23T15:43:00</endDate>
   <duration>00:18</duration>
   <abstract>We present the one-loop electroweak effects for the process of semi-inclusive b-Higgs production at the LHC.  The electroweak effects are significant for heavy Higgs bosons and can be obtained using an effective theory approach.  We also discuss new results for the merging of the 4 flavor number parton distribution scheme and the 5-flavor number parton distribution scheme for the calculation of b-Higgs production at NLO.  The merged scheme captures the relevant kinematic features at all scales.</abstract>
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    <name first="Christopher" middle="" last="Hill"></name>
    <organization>University of Bristol</organization>
    <email>christopher.hill@cern.ch</email>
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   <name></name>
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  <startDate>2010-07-23T14:00:00</startDate>
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     <name first="Zoltan" middle="" last="Ligeti"></name>
     <organization>Lawrence Berkeley National Laboratory</organization>
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     <title></title>
     <name first="Zoltan" middle="" last="Ligeti"></name>
     <organization>Lawrence Berkeley National Laboratory</organization>
     <email>zligeti@lbl.gov</email>
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     <title></title>
     <name first="Martin" middle="" last="Schmaltz"></name>
     <organization>Boston University</organization>
     <email></email>
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     <title></title>
     <name first="Jesse" middle="" last="Thaler"></name>
     <organization>MIT</organization>
     <email></email>
    </user>
    <user>
     <title></title>
     <name first="Christian" middle="" last="Bauer"></name>
     <organization>LBL</organization>
     <email></email>
    </user>
    <user>
     <title></title>
     <name first="Devin" middle="" last="Walker"></name>
     <organization>Harvard</organization>
     <email></email>
    </user>
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    <name></name>
    <address>None</address>
    <room>Salle  Maillot</room>
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   <startDate>2010-07-23T14:00:00</startDate>
   <endDate>2010-07-23T14:15:00</endDate>
   <duration>00:15</duration>
   <abstract>We explore which new physics signatures could be discovered in the first year of the LHC, beyond the expected sensitivity of the Tevatron data and other constraints.  We construct "supermodels", for which the LHC sensitivity even with only 10 pb-1 useful luminosity is greater than that of the Tevatron with 10 fb-1.  The simplest scenarios involve s-channel resonances in the quark-antiquark and especially in the quark-quark 
channels.  We concentrate on easily visible final states with small standard model backgrounds, and find that there are simple searches, besides those for Z' states, which could discover new physics in early LHC data.  Many of these are well-suited to test searches for "more conventional" models, often discussed for larger data sets.</abstract>
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   <title>Early Searches with Jets with the ATLAS Detector at the LHC</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Georgios" middle="" last="Choudalakis"></name>
     <organization>University of Chicago, Enrico Fermi Institute</organization>
     <email>georgios.choudalakis@cern.ch</email>
    </user>
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     <name first="" middle="" last="The ATLAS Collaboration"></name>
     <organization></organization>
     <email></email>
    </user>
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   <location>
    <name></name>
    <address>None</address>
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   <startDate>2010-07-23T14:20:00</startDate>
   <endDate>2010-07-23T14:35:00</endDate>
   <duration>00:15</duration>
   <abstract>We summarize the analyses of high-pt jets in early pp collisions recorded with the ATLAS detector. The data are confronted with Standard Model predictions with the goal of searching for new phenomena: resonances, gravitationally mediated effects, and contact interactions.</abstract>
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   <endDate>2010-07-23T14:55:00</endDate>
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   <abstract>We report on a search for new physics in dijet production at CMS, using the first pp collision data at sqrt{s}=7 TeV provided by CERN's Large Hadron Collider. The measured dijet mass spectrum is compared with QCD predictions. We use the dijet mass spectrum to search for dijet resonances that could come from several models, such as, axigluons, flavor univerals colorons, excited quarks or E6 diquarks.We have also measured the production ratio for events with two leading jets in two regions of pseudorapidity. The dijet centrality ratio, N(|η| &lt; 0.7)/N(0.7 &lt; |η| &lt; 1.3), is sensitive to dijet angular distributions. The dijet centrality ratio is measured in bins of dijet mass, compared with the predictions of QCD, and used to search for the following new physics models: quark contact interactions and excited quarks.</abstract>
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   <abstract>I will show how the general trilinear interactions of the top quark (or any other fermion) arising from dimension-six gauge invariant operators are simplified when several operators in the Buchmuller &amp; Wyler list, recently found to be redundant (arxiv:0811.3842, arxiv:0904.2387) are dropped. I will present some practical applications of this simplification for phenomenology, including the study of top FCNC processes (arxiv:1003.3173).</abstract>
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     <name first="Nathan" middle="" last="Goldschmidt"></name>
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   <startDate>2010-07-23T15:20:00</startDate>
   <endDate>2010-07-23T15:35:00</endDate>
   <duration>00:15</duration>
   <abstract>We describe searches for resonant top-antitop production at the Tevatron. Resonant top pair production could arise from the decays of massive Z-like bosons in extended gauge theories, KK states of the gluon or Z, axigluons, topcolor, and other BSM theories. We use different techniques to study the top-antitop invariant mass spectrum and set model independent limits on new resonant top-antitop production mechanisms that would appear as bumps in invariant mass</abstract>
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  <code>09-3</code>
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    <name first="Shoji" middle="" last="Hashimoto"></name>
    <organization>High Energy Accelerator Research Organization (KEK)</organization>
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   <room>Salle 252A</room>
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  <startDate>2010-07-23T14:00:00</startDate>
  <endDate>2010-07-23T15:45:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>338</ID>
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   <title>Recent progress on nuclear potentials from lattice QCD</title>
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     <name first="Sinya" middle="" last="Aoki"></name>
     <organization>University of Tsukuba</organization>
     <email>saoki@het.ph.tsukuba.ac.jp</email>
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   <startDate>2010-07-23T14:00:00</startDate>
   <endDate>2010-07-23T14:30:00</endDate>
   <duration>00:30</duration>
   <abstract>I review the recent progress on the determination of potentials between baryons from lattice QCD, based on works by HAL (Hadron to Atomic nuclei from Lattice) QCD Collaboration, who uses the Bethe-Salpter amplitudes to extract potentials in quantum field theories. The method is first applied to two nucleons on the lattice with quenched QCD simulations. By disentangling the mixing between the S-state and the  D-state,  both central and tensor potentials in the leading order  of the velocity expansion of the non-local NN potential are obtained. The method has also been applied to hyperon-nucleon potentials and hyperon-hyperon potentials. The possible extension of the method to extract hadron interactions in general from  lattice QCD is also discussed.</abstract>
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  <contribution>
   <ID>274</ID>
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   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>09 - Progress in  Lattice Techniques and New Results</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>The excited hadron spectrum in lattice QCD using a new variance reduction method</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Colin" middle="" last="Morningstar"></name>
     <organization>Carnegie Mellon University</organization>
     <email>colin_morningstar@cmu.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Colin" middle="" last="Morningstar"></name>
     <organization>Carnegie Mellon University</organization>
     <email>colin_morningstar@cmu.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
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   <startDate>2010-07-23T14:30:00</startDate>
   <endDate>2010-07-23T14:55:00</endDate>
   <duration>00:25</duration>
   <abstract>Progress in determining the spectrum of excited baryons and mesons in lattice QCD is described. Large sets of carefully-designed hadron operators have been studied and their effectiveness in facilitating the extraction of excited-state energies is demonstrated.  A new method of stochastically estimating the low-lying effects of quark propagation is proposed which will allow reliable determinations of temporal correlations of single-hadron and multi-hadron operators.</abstract>
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   <ID>346</ID>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Nucleon Structure using twisted mass fermions</title>
   <speakers>
    <user>
     <title></title>
     <name first="Constantia" middle="" last="Alexandrou"></name>
     <organization>University of Cyprus</organization>
     <email>alexand@ucy.ac.cy</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Constantia" middle="" last="Alexandrou"></name>
     <organization>University of Cyprus</organization>
     <email>alexand@ucy.ac.cy</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
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   <startDate>2010-07-23T14:55:00</startDate>
   <endDate>2010-07-23T15:20:00</endDate>
   <duration>00:25</duration>
   <abstract>We present recent results on the nucleon form factors and low moments of generalized parton districbutions. They are obtained  using two degenerate flavors of dynamical twisted mass fermions corresponding to pion masses in the range of about 260-450 MeV. Finite volume and cut-off effects are investigated. Chiral extrapolations of the magnetic moment, Pauli and Dirac radii and the axial charge to the physical point are discussed.</abstract>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
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   <title>Alpha_s from Lattice QCD: progresses and perspectives for a realistic full-QCD determination of the running Strong coupling</title>
   <speakers>
    <user>
     <title></title>
     <name first="jose" middle="" last="Rodriguez-Quintero"></name>
     <organization>University of Huelva</organization>
     <email>jose.rodriguez@dfaie.uhu.es</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="J" middle="" last="Rodriguez-Quintero"></name>
     <organization>Universidad de Huelva</organization>
     <email>jose.rodriguez@dfaie.uhu.es</email>
    </user>
   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-23T15:20:00</startDate>
   <endDate>2010-07-23T15:45:00</endDate>
   <duration>00:25</duration>
   <abstract>QCD is believed to be the theory of the  strong interactions with, as only inputs, one mass parameter for each quark  species and the value of the QCD coupling constant at some energy or momentum scale in some renormalization scheme. This is Lambda_QCD, the only non-perturbative parameter in the limit of massless quarks, to be taken from experiment, and the one which expresses the scale of strong interactions and drives the running of the QCD coupling. The QCD running coupling can be also obtained from lattice computations, the free parameters  being adjusted from experimental numbers, masses, decay constants etc. As far as the non-perturbative lattice computation could be realistic, a comparison with direct experimental determination of the strong coupling, at different transferred momenta, would be in order. In this talk, the last new results concerning the lattice evaluation of the running QCD coupling constant will be discussed.</abstract>
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  <code>06-3</code>
  <title>06 - CP violation, CKM and Rare Decays</title>
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  <convener>
   <user>
    <title></title>
    <name first="Toru Iijima" middle="" last=""></name>
    <organization>Nagoya</organization>
    <email>iijima@hepl.phys.nagoya-u.ac.jp</email>
   </user>
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   <name></name>
   <address>None</address>
   <room>Salle 242A</room>
  </location>
  <startDate>2010-07-23T14:00:00</startDate>
  <endDate>2010-07-23T15:45:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>559</ID>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Dalitz-plot analysis of B0 -&gt; anti-D0 pi+ pi-</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Thomas" middle="" last="Latham"></name>
     <organization>University of Warwick</organization>
     <email>t.latham@warwick.ac.uk</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Michael" middle="" last="Roney"></name>
     <organization>BABAR/Univ. of Victoria</organization>
     <email>roney@slac.stanford.edu</email>
    </user>
    <user>
     <title></title>
     <name first="TBD" middle="" last="TBD"></name>
     <organization>BABAR</organization>
     <email>tbd</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-23T14:00:00</startDate>
   <endDate>2010-07-23T14:13:00</endDate>
   <duration>00:13</duration>
   <abstract>Constraints on the CKM Unitarity Triangle angle beta can be obtained from a time-dependent Dalitz-plot analysis of the decay B0 -&gt; D pi+ pi-. We present preliminary results of an analysis of the B0 -&gt; D pi+ pi- Dalitz plot using the final BaBar dataset, consisting of around 471 million BBbar pairs.</abstract>
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  <contribution>
   <ID>1094</ID>
   <parentProtection>false</parentProtection>
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   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
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   </type>
   <title>CP and CPT Violation in B decays at Belle</title>
   <speakers>
    <user>
     <title></title>
     <name first="Takeo" middle="" last="Higuchi"></name>
     <organization>KEK</organization>
     <email>higuchit@post.kek.jp</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Collaboration" middle="" last="BELLE"></name>
     <organization>KEK</organization>
     <email>karim.trabelsi@kek.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-23T14:15:00</startDate>
   <endDate>2010-07-23T14:30:00</endDate>
   <duration>00:15</duration>
   <abstract>We present a search for direct CP violation in B^+ -&gt; J/psi K^+ decays using a large data sample collected at the Upsilon(4S) resonance with the Belle detector operating at the KEKB asymmetric-energy e^+ e^- collider. The Standard Model predicts a small direct CP asymmetry, and the experimental precision is of the same level as the expected deviation predicted by some extensions of the Standard  Model. We also present measurements of time-dependent CP asymmetries in neutral B decays to charmonium final states, and a measuremen  of CP-violating parameters in B0 decays to the K_S0 K^+ K^- final state, including B0 --&gt; phi K_S0, using a time-dependent Dalitz plot analysis. CPT is expected to be a fundamental symmetry with no significant deviations. Nonetheless we can introduce an artificial perturbation parameter to the  B0-anti{B}0 mixing system that violates CPT symmetry. The CPT violating parameter, which is a complex number but expected to be zero, can be probed through proper time difference distributions in correlated B meson pair decays. We present a measurement of the CPT violating parameter using the large Belle data sample.</abstract>
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  <contribution>
   <ID>1095</ID>
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   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
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   </type>
   <title>Measurements of Charmless B Decays at Belle</title>
   <speakers>
    <user>
     <title></title>
     <name first="Min-Zu" middle="" last="Wang"></name>
     <organization>Physics Department-National Taiwan University (NTU)</organization>
     <email>mwang@phys.ntu.edu.tw</email>
    </user>
   </speakers>
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     <title></title>
     <name first="Collaboration" middle="" last="BELLE"></name>
     <organization>KEK</organization>
     <email>karim.trabelsi@kek.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-23T14:32:00</startDate>
   <endDate>2010-07-23T14:45:00</endDate>
   <duration>00:13</duration>
   <abstract>We report the first observation of inclusive B -&gt; X_s eta decays using a large sample of B-anti{B} pairs accumulated at the Upsilon(4S) resonance with the Belle detector at the KEKB asymmetric e^+e^- collider. The X_s system is a charmless inclusive state with unit strangeness, and is reconstructed using a pseudo-inclusive technique from a kaon and up to four pions, of which at most one pion is neutral. We measure a partial branching fraction for M_{X_s} &lt; 2.6 GeV/c2 to be (25.5 +- 2.7 (stat) +- 1.6(syst) ^{+3.8}_{-14.1} (model)) x 10^{-5}. A significant fraction of this signal occurs in the region M_{X_s} &gt; 1.8 GeV/c2, which is beyond the range of all previously measured exclusive contributions to B -&gt; X_s eta. We also present measurements of the branching fraction and time-dependent CP violation parameters of B0 -&gt; a_1^{+-}(1260) pi^{-+} decays, an updated measurement of the branching fraction and direct CP asymmetry for B --&gt; pi0 pi0 and the results of a search for the charmless decays B^+ --&gt; rho^+ omega, B^+ --&gt; phi pi^+ and B0 --&gt; phi pi0. We present improved measurements of the charmless decay B --&gt; phi phi K. We update the branching fractions of B^{+-} --&gt; phi phi K^{+-} and B0 --&gt; phi phi K0 decays, and the measurement of related decays such as B^{+-,0} --&gt; phi (K^+ K^-) K^{+-,0} and B^{+-,0} --&gt; (K^+ K^-) (K^+ K^-) K^{+-,0}. In addition, we also study the charmonium decays related to the B --&gt; phi phi K such as J/psi --&gt; phi (K^+ K^-) and eta_c--&gt; phi phi.</abstract>
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   <type>
    <id>0</id>
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   </type>
   <title>Studies of Charmless Hadronic B-meson Decays at BABAR</title>
   <speakers>
    <user>
     <title></title>
     <name first="Alessandro" middle="" last="Gaz"></name>
     <organization>Department of Physics-University of Colorado</organization>
     <email>alessandro.gaz@cern.ch</email>
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   <primaryAuthors>
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     <title></title>
     <name first="Collaboration" middle="" last="BABAR"></name>
     <organization>SLAC</organization>
     <email>roney@slac.stanford.edu</email>
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    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-23T14:45:00</startDate>
   <endDate>2010-07-23T14:58:00</endDate>
   <duration>00:13</duration>
   <abstract>We report  a number of recent meaurements of B-meson decays to purely hadronic final states that do not contain charm mesons. These studies are based on the very large sample of B\overline{B} events collected by the BABAR detector at SLAC's e+e- asymmetric collider B-factory when it operated on the Upsilon(4S). We include in this paper the results of: a Dalitz plot analysis of B0-&gt;KsKsKs which provides a determination of the total branching fraction and those of intermediate states; a Dalitz plot analysis of B0-&gt;K+pi-pi0 which involves the measurements of rates, differences and direct CP violation parameters of all intermediate states and with which we place constraints on the apex of the CKM unitarity triangle; inclusive branching fraction measurements of B0-&gt;pi+KsK- and of B+-&gt;K+pi0pi0; a search for B-meson decays to the axial-vector vector final state a1+ K*0 and the search for the vector vector final state B+ -&gt; rho0 K*+ and, for cases where a signal is present, we include studies of  longitudinal polarization fractions; and measurements of B-meson decays to eta' rho, eta' f_0 and eta' K* where K* stands for a vector, scalar, or tensor strange meson and in  which we also measure, where applicable, the charge asymmetries.</abstract>
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   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
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   </type>
   <title>Prospects for CP violation measurements with charmless hadronic B meson decays at LHCb gamma measurements</title>
   <speakers>
    <user>
     <title></title>
     <name first="Ignacio" middle="" last="De Bediaga Hickman"></name>
     <organization>Centro Bras. de Pesquisas Fisicas (CBPF)</organization>
     <email>ignacio.de.bediaga.e.hickman@cern.ch</email>
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   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="speaker’s bureau" middle="" last="LHCb"></name>
     <organization>Institute for Theoretical and Experimental Physics (ITEP)</organization>
     <email>victor.egorychev@cern.ch</email>
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   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-23T15:00:00</startDate>
   <endDate>2010-07-23T15:11:00</endDate>
   <duration>00:11</duration>
   <abstract>Studies of two- and tree-body charmless hadronic decays of B mesons have high sensitivity to possible contributions from New Physics. Precision measurements involving these decays will be performed at LHCb, notably those of CP-violating asymmetries. These measurements benefit from a trigger system which is very efficient for hadronic final states and excellent particle identification capabilities. The full programme will be reviewed and first studies with 2010 data will be presented.</abstract>
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  <contribution>
   <ID>210</ID>
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   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
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   </type>
   <title>Studies of charmed hadronic B decays with early LHCb data and prospects for gamma measurements</title>
   <speakers>
    <user>
     <title></title>
     <name first="Susan" middle="" last="Haines"></name>
     <organization>University of Cambridge</organization>
     <email>haines@hep.phy.cam.ac.uk</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="speaker’s bureau" middle="" last="LHCb"></name>
     <organization>Institute for Theoretical and Experimental Physics (ITEP)</organization>
     <email>victor.egorychev@cern.ch</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-23T15:13:00</startDate>
   <endDate>2010-07-23T15:24:00</endDate>
   <duration>00:11</duration>
   <abstract>We present the first studies of decays of the type B -&gt; DX, where D represents a charmed meson (D0, D(*)+ or D_s) from the LHCb experiment at CERN. Our studies use data accumulated during the 2010 run of the LHC. This work represents the first steps on a programme towards a precision measurement of the angle gamma of the CKM Unitarity Triangle. The prospects for this gamma measurement will be reviewed.</abstract>
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   <type>
    <id>0</id>
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   </type>
   <title>Quantum-correlated D-decays at CLEO-c</title>
   <speakers>
    <user>
     <title></title>
     <name first="Guy" middle="" last="Wilkinson"></name>
     <organization>Nuclear Physics Laboratory</organization>
     <email>guy.wilkinson@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="David" middle="" last="Cassel"></name>
     <organization>Cornell University</organization>
     <email>dgcassel@cornell.edu</email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Guy" middle="" last="Wilkinson"></name>
     <organization>Oxford University</organization>
     <email>wilkin@mail.cern.ch</email>
    </user>
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   <coAuthors>
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     <name first="CLEO" middle="" last="Collaboration"></name>
     <organization>CLEO Collaboration</organization>
     <email></email>
    </user>
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    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-23T15:26:00</startDate>
   <endDate>2010-07-23T15:43:00</endDate>
   <duration>00:17</duration>
   <abstract>The 818 fb-1 dataset collected at the psi(3770)  resonance at CLEO-c offers unique possibilities  for measuring strong phase differences in neutral D decays.  The measurements require that both D mesons in the event are fully reconstructed, usually with one decaying to the signal mode of interest, and the other to a CP-eigenstate.  The strong phase differences extracted from these decays are important inputs to measurements of D-mixing parameters and the determination of the CKM angle gamma in B -&gt; D K decays.  Results will be presented from a variety of D decays including KS pi pi, KS K K and other 3- and 4-body modes. The impact of these results on gamma measurements will be discussed.</abstract>
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  <code>03-3</code>
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   <user>
    <title></title>
    <name first="Leszek" middle="" last="Motyka"></name>
    <organization>Hamburg University</organization>
    <email>motyka@mail.desy.de</email>
   </user>
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   <name></name>
   <address>None</address>
   <room>Salle 242B</room>
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  <startDate>2010-07-23T14:00:00</startDate>
  <endDate>2010-07-23T15:45:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>136</ID>
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    <id>0</id>
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   <title>High-energy amplitudes in the next-to-leading order</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Ian" middle="" last="Balitsky"></name>
     <organization>JLab/ODU</organization>
     <email>balitsky@jlab.org</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Ian" middle="" last="Balitsky"></name>
     <organization>JLab/ODU</organization>
     <email>balitsky@jlab.org</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-23T14:00:00</startDate>
   <endDate>2010-07-23T14:15:00</endDate>
   <duration>00:15</duration>
   <abstract>I review the calculation of the next-to-leading order behavior of high-energy amplitudes in N=4 SYM and QCD using the operator expansion in Wilson lines.</abstract>
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   <track>03 - Perturbative QCD, Jets and Diffractive Physics</track>
   <type>
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   <title>Inclusive Diffraction at HERA</title>
   <speakers>
    <user>
     <title></title>
     <name first="Paul Richard" middle="" last="Newman"></name>
     <organization>School of Physics and Astronomy-University of Birmingham</organization>
     <email>paul.richard.newman@cern.ch</email>
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     <title>Dr.</title>
     <name first="Katja" middle="" last="Krueger"></name>
     <organization>DESY/Heidelberg</organization>
     <email>kruegerk@mail.desy.de</email>
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     <title>Dr.</title>
     <name first="Tobias" middle="" last="Haas"></name>
     <organization>DESY</organization>
     <email>tobias.haas@desy.de</email>
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    <name></name>
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   <startDate>2010-07-23T14:17:00</startDate>
   <endDate>2010-07-23T14:35:00</endDate>
   <duration>00:18</duration>
   <abstract>The production of highly energetic forward neutrons has been studied in deep-inelastic positron-proton scattering. The data were taken with the H1 detector at HERA in the years 2006-2007 and correspond to an integrated luminosity of 122 pb^-1. Semi-inclusive cross sections have been measured in the range of four momentum transfer squared 6 &lt; Q^2 &lt; 100 GeV^2, Bjorken scaling variable 1.5 * 10^-4 &lt; x &lt; 3 * 10^-2 and the fractional momentum of the neutron 0.32 &lt; x_L &lt; 0.95. Monte Carlo simulation using the one pion exchange model describes the measurements well at low transverse momenta of the neutrons. The data are used to estimate the structure function of the pion.
Measurements are presented of single and double-differential dijet cross sections in diffractive photoproduction based on a data sample with an integrated luminosity of 47 pb^-1. The events are of the type ep -&gt; eXY, where the hadronic system X contains at least two jets and is separated by a large rapidity gap from the system Y, which consists of a leading proton or low-mass proton excitation. The dijet cross sections are compared with QCD calculations at next-to-leading order and with a Monte Carlo model based on leading order matrix elements with parton showers. The measured cross sections are smaller than those obtained from the next-to-leading order calculations by a factor of about 0.6. This suppression factor has no significant dependence on the fraction x_gamma of the photon four-momentum entering the hard subprocess. Ratios of the diffractive to the inclusive dijet cross sections are measured for the first time and are compared with Monte Carlo models. 
The cross section for the diffractive deep-inelastic scattering process ep -&gt; eXp is measured, with a leading final state proton with a fractional longitudinal momentum loss x_IP satisfying x_IP &lt; 0.1 detected in the H1 Forward Proton Spectrometer. Using a high statistics data sample for which the squared four-momentum transfer at the proton vertex is in the interval 0.1 &lt; |t| &lt; 0.7 GeV^2 and for photon virtualities in the range 4 &lt; Q^2 &lt; 700 GeV^2 the cross section is measured differentially in t, x_IP, Q^2 and beta, 0.001 &lt; beta = x/x_IP &lt; 1, where x is the the Bjorken scaling variable. The t and x_IP dependences are interpreted in terms of an effective pomeron trajectory and a sub-leading exchange. The data are compared with QCD predictions at next-to-leading order based on diffractive parton distribution functions previously extracted from complementary measurements of inclusive diffractive deep-inelastic scattering. The ratio of the diffractive to the inclusive ep cross section is studied as a function of Q^2, beta and x_IP.
A first measurement of the longitudinal diffractive structure function F_L^D using the H1 detector at HERA is presented.  The structure function is extracted from first measurements of the diffractive cross section at centre of mass energies sqrt{s} of 225 and 252 GeV, together with a new measurement at sqrt{s} of 319 GeV, using data taken in 2007 at high values of inelasticity y. The measured F_L^D is compared to predictions from NLO QCD fits to previous measurements of the inclusive diffractive DIS cross section.
Measurements of the cross section for the diffractive process ep -&gt; eXY are presented, where Y is a proton or a low mass proton excitation carrying a fraction 1-x_IP &gt; 0.95 of the incident proton longitudinal momentum and the squared four-momentum transfer at the proton vertex satisfies |t| &lt; 1.0 GeV^2. Using data taken by the H1 experiment, the cross section is measured for photon virtuality in the range 3.5 &lt; Q^2 &lt; 90 GeV^2, triple differentially in x_IP , Q^2 and beta = x/x_IP , where x is the Bjorken scaling variable. These measurements are done after selecting diffractive events showing a large rapidity interval between the hadronic systems X and Y . They cover the periods of data taking 1999-2000 and 2003-2007. Combinations with previous results obtained by H1 with data collected in 1996-1997 are realized to provide a single set of diffractive cross sections using the large rapidity gap selection from the H1 experiment. Comparisons of measurements with predictions from resolved Pomeron and dipole models are shown and discussed.
In 2004, the H1 Collaboration at HERA installed the Very Forward Proton Spectrometer (VFPS) located at 220m from the interaction point, in the cold section of the proton ring. The spectrometer consists of two Roman Pot stations equipped with scintillating fiber detectors. The device allows the measurement of diffractive proton momentum in the range 0.009 &lt; x_pom &lt; 0.025, where x_pom is the energy fraction lost by the proton in the interaction, with a very high acceptance (above 90%). The inclusive diffractive deep inelastic scattering, ep -&gt; e gamma* p -&gt; e X p, has been measured with the H1 detector at HERA using VFPS to measure the scattered proton momentum. The data correspond to an integrated luminosity of 95 pb^-1.
The cross section has been measured for virtualities of the exchanged boson, 5 &lt; Q^2 &lt; 100 GeV^2 and in the range 0.005 &lt; beta &lt; 0.8, where beta=x/x_pom. The cross section is measured differentially in Q^2, x_pom and beta and compared to previously measured cross section at HERA. In this measurement, the cross section for inclusive jet production in diffractive deep-inelastic scattering is presented. The leading final state proton is detected in the H1 Forward Proton Spectrometer. The data have been collected during the HERA-2 period. The data cover the range x_IP &lt; 0.1 in fractional proton longitudinal momentum loss, 0.1 &lt; |t| &lt; 0.7 GeV^2  in squared four-momentum transfer at the proton vertex and 4 &lt; Q^2 &lt; 110 GeV^2 in photon virtuality. The dijet topology is defined by two inclusive jets in the central region, found by the k_T cluster algorithm in the hadronic centre-of-mass. The data are compared to parton shower and to NLO predictions.
The production of dijets in diffractive deep inelastic scattering, ep -&gt; e gamma* p -&gt; e p jet1 jet2 X, has been measured with the H1 detector at HERA using Very Forward Proton Spectrometer to measure the scattered proton momentum. The data correspond to an integrated luminosity of 95 pb^-1. This process is sensitive to the partonic structure of the diffractive exchange between the proton and the virtual photon. The scattered proton is measured using the VFPS with an acceptance of about 90% in the range 0.009 &lt; x_pom &lt; 0.025, where x_pom is the energy fraction lost by the proton in the interaction. The dijet cross section has been measured for virtualities of the exchanged boson, 5 &lt; Q^2 &lt; 80 GeV^2 and photon-proton centre-of-mass energies, 100 &lt; W &lt; 250 GeV and |t| &lt; 1 GeV^2. The jets were identified using the inclusive k_T algorithm in the gamma* p frame. The two highest transverse energy jets identified in each event were required to satisfy E*_{T, jet} &gt; 5.5 and 4 GeV, respectively in the pseudorapidity range -2.0 &lt; eta_{jet} &lt; 2. The cross sections are compared to the predictions from leading-logarithm parton-shower RapGap Monte Carlo and next-to-leading-order QCD calculations based on recent diffractive parton densities extracted from inclusive diffractive deep inelastic scattering data.
The dissociation of virtual photons, gamma* p -&gt; X p, in events with a  large  rapidity gap between X and the outgoing proton, as well as in events  in which the leading proton was directly measured, has been studied with  the ZEUS detector at HERA. The data cover photon virtualities Q2 &gt; 2 GeV2  and gamma* p centre-of-mass energies 40 &lt; W &lt; 240 GeV, with MX &gt; 2 GeV,  where MX is the mass of the hadronic final state, X . Leading protons were  detected in the ZEUS leading proton spectrometer. The cross section is  presented as a function of t, the squared four-momentum transfer at the proton vertex and Phi, the azimuthal angle between the positron scattering  plane and the proton scattering plane. It is also shown as a function of  Q2 and xIP, the fraction of the proton's momentum carried by the  diffractive exchange, as well as beta, the Bjorken variable defined with  respect to the diffractive exchange. 
ZEUS inclusive diffractive cross-section measurements have been used in a DGLAP next-to-leading-order QCD analysis to extract the diffractive parton distribution functions. Data on diffractive dijet production in deep inelastic scattering have also been included to constrain the gluon density. Predictions based on the extracted parton densities are compared to diffractive charm and dijet photoproduction data. 
The reduced cross section in diffractive deep inelastic scattering events, ep -&gt; eXp, was measured with the ZEUS detector at HERA, using three different centre- of-mass energies, 318, 252 and 225 GeV. The diffractive sample was selected by requiring a large rapidity gap between the hadronic system X and the outgoing proton. The longitudinal component of the diffractive structure function of the proton was extracted. 
The semi-inclusive reaction e+p -&gt; e+Xp was studied with the ZEUS detector at HERA using an integrated luminosity of 12.8 pb-1. The final state proton, which was detected with the ZEUS leading proton spectrometer,  carried a large fraction of the incoming proton energy, x_L &gt; 0.32, and its transverse momentum squared satisfied p_T2 &lt; 0.5 GeV2; the exchanged photon virtuality, Q2, was greater than 3 GeV2 and the range of the masses of the photon-proton system was 45 &lt; W &lt; 225 GeV. The leading-proton production cross section and rates are presented as a function of x_L, p_T2, Q2 and the Bjorken scaling variable, x. 
Differential cross sections for dijet photoproduction in association with a leading neutron, e+ + p -&gt; e+ + jet + jet + X (+ n), have been measured with the ZEUS detector at HERA using an integrated luminosity of 40 pb-1. The fraction of dijet events with a leading neutron was studied as a function of different jet and event variables. Single- and double-differential cross sections are presented as a function of the longitudinal fraction of the proton momentum carried by the leading neutron, xL, and of its transverse momentum squared, pT2. The dijet data are compared to inclusive DIS and photoproduction results; they are all consistent with a simple pion  exchange model. The neutron yield as a function of xL was found to depend only on the fraction of the proton beam energy going into the forward region, independent of the hard process. No firm conclusion can be drawn on the presence of rescattering effects. 
Diffractive electroproduction of pion pairs at HERA has been studied with the ZEUS detector. The analysis was carried out in the kinematic range of photon virtuality 2 &lt; Q2 &lt; 80 GeV2, gamma*p center-of-mass energy 40 &lt; W &lt; 180 GeV and two-pion invariant mass 0.28 &lt; M(pipi) &lt; 2.3 GeV. The pi+pi- invariant-mass distribution was analyzed in terms of three isovector resonaces: rho, rho' and rho''. Masses and widths as well as relative amplitudes were obtained using a fit to the pion electromagnetic form factor. The Q2 dependence of the pion form factor was studied.</abstract>
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   <title>First complete NLL BFKL calculation of Mueller Navelet jets at LHC</title>
   <speakers>
    <user>
     <title></title>
     <name first="Samuel" middle="" last="Wallon"></name>
     <organization>LPT, Université Paris-Sud, CNRS, Orsay and UPMC Univ. Paris 06</organization>
     <email>samuel.wallon@th.u-psud.fr</email>
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    <user>
     <title></title>
     <name first="Samuel" middle="" last="Wallon"></name>
     <organization>LPT, Université Paris-Sud, CNRS, Orsay and UPMC Univ. Paris 06</organization>
     <email>samuel.wallon@th.u-psud.fr</email>
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   </primaryAuthors>
   <coAuthors>
    <user>
     <title></title>
     <name first="Dimitri" middle="" last="Colferai"></name>
     <organization>Dipartimento di Fisica, Universit{\`a} di Firenze and INFN, Florence, Italy</organization>
     <email>colferai@fi.infn.it</email>
    </user>
    <user>
     <title></title>
     <name first="Florian" middle="" last="Schwennsen"></name>
     <organization>Deusches Elektronen-Synchrotron DESY, Hamburg, Germany</organization>
     <email>florian.schwennsen@desy.de</email>
    </user>
    <user>
     <title></title>
     <name first="Lech" middle="" last="Szymanowski"></name>
     <organization>Soltan Institute for Nuclear Studies, Warsaw, Poland</organization>
     <email>lech.szymanowski@fuw.edu.pl</email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
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   <startDate>2010-07-23T14:37:00</startDate>
   <endDate>2010-07-23T14:52:00</endDate>
   <duration>00:15</duration>
   <abstract>We calculate cross section and azimuthal decorrellation of Mueller Navelet jets at the LHC in the complete next-lo-leading order BFKL framework, i.e. including next-to-leading corrections to the Green's function as well as next-to-leading corrections to the Mueller Navelet vertices.
The obtained results for standard observables proposed for studies of Mueller Navelet jets show that both sources of corrections are of equal, big importance for final magnitude and final behavior of observables. The astonishing conclusion of our analysis is that the observables obtained within the complete next-lo-leading order BFKL framework of the present work are quite similar to the same observables obtained within next-to-leading logarithm DGLAP type treatment.
This fact sheds doubts on general belief that the studies of Mueller Navelet jets at the LHC will lead to clear discrimination between the BFKL and the DGLAP dynamics.</abstract>
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  <contribution>
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   <type>
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   </type>
   <title>Forward jets and energy flow in hadron-hadron collisions</title>
   <speakers>
    <user>
     <title></title>
     <name first="Francesco" middle="" last="Hautmann"></name>
     <organization>University of Oxford</organization>
     <email>francesco.hautmann@cern.ch</email>
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     <name first="Francesco" middle="" last="Hautmann"></name>
     <organization>University of Oxford</organization>
     <email>francesco.hautmann@cern.ch</email>
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    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
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   <startDate>2010-07-23T14:54:00</startDate>
   <endDate>2010-07-23T15:09:00</endDate>
   <duration>00:15</duration>
   <abstract>At the Large Hadron Collider (LHC) it will become possible for the first time to investigate experimentally the forward region in hadron-hadron collisions via high-p_T processes. In the LHC forward kinematics QCD logarithmic corrections in the hard transverse momentum and in the large rapidity interval may both  be quantitatively significant. The theoretical framework to resum consistently both kinds of logarithmic corrections to higher orders in QCD perturbation theory is based on QCD high-energy factorization. We present predictions in this framework for forward jet production, focusing on correlations between one forward and one central jet. Next we compute energy flow observables in the  rapidity region between the jets and in the outside region. We finally analyze the role of parton-showering  effects in the forward region  arising from large-angle multi-gluon radiation, and discuss the potential impact of such studies on the modeling of multi-parton interactions.</abstract>
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  <contribution>
   <ID>280</ID>
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   <title>Characteristics and Estimates of Double Parton Scattering at the Large Hadron Collider</title>
   <speakers>
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     <title>Dr.</title>
     <name first="Edmond" middle="" last="Berger"></name>
     <organization>ANL</organization>
     <email>berger@anl.gov</email>
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     <title>Dr.</title>
     <name first="Edmond" middle="" last="Berger"></name>
     <organization>ANL</organization>
     <email>berger@anl.gov</email>
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   <startDate>2010-07-23T15:11:00</startDate>
   <endDate>2010-07-23T15:26:00</endDate>
   <duration>00:15</duration>
   <abstract>We evaluate the kinematic distributions in phase space of 4-parton final-state subprocesses produced by double parton scattering, and we contrast these with the final-state distributions that originate from conventional single parton scattering.  Our goal is to establish the distinct topologies of events that arise from these two sources and to provide a methodology for experimental determination of the relative magnitude of the double parton and single parton contributions at Large Hadron Collider energies.  We examine two cases in detail, the b-bbar-jet~jet and the 4 jet final states.   After full parton-level simulations, we identify a few variables that separate the two contributions remarkably well, and we suggest their use experimentally for an empirical measurement of the relative cross section.  We show that the double parton contribution falls off significantly more rapidly with the transverse momentum of the leading jet, but, up to issues of the relative normalization, may be dominant at modest values of this transverse momentum.</abstract>
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  <code>11-1</code>
  <title>11 - Particle Astrophysics and Cosmology</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Aurelien" middle="" last="Barrau"></name>
    <organization>LPSC Laboratoire de Physique Subatomique et de Cosmologie (LPSC), Grenoble</organization>
    <email>barrau@in2p3.fr</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 251</room>
  </location>
  <startDate>2010-07-23T14:00:00</startDate>
  <endDate>2010-07-23T15:45:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>263</ID>
   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Cosmology with Wide Field Astronomy</title>
   <speakers>
    <user>
     <title></title>
     <name first="Marc" middle="" last="Moniez"></name>
     <organization>IN2P3-CNRS</organization>
     <email>moniez@lal.in2p3.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Marc" middle="" last="Moniez"></name>
     <organization>IN2P3-CNRS</organization>
     <email>moniez@lal.in2p3.fr</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T14:00:00</startDate>
   <endDate>2010-07-23T14:17:00</endDate>
   <duration>00:17</duration>
   <abstract>Wide field astronomy has recently produced important results for the dark matter and dark energy problematics. I will summarize the scientific impact of the ongoing wide field surveys and focus on the future LSST program (Large Synoptic Survey Telescope). This program will use a 8.4 m diameter telescope, equipped with a 3.2 Gpixel wide field camera. Cosmological studies is one of his main objectives.</abstract>
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  <contribution>
   <ID>265</ID>
   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Modified Gravity and Degravitation</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Claudia" middle="" last="de Rham"></name>
     <organization>Geneva University</organization>
     <email>claudia.derham@unige.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Claudia" middle="" last="de Rham"></name>
     <organization>Geneva University</organization>
     <email>claudia.derham@unige.ch</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T14:20:00</startDate>
   <endDate>2010-07-23T14:37:00</endDate>
   <duration>00:17</duration>
   <abstract>The idea of degravitation is to account for the small late time acceleration of the Universe by modifying gravity at large distances. After reviewing the fundamental aspects of degravitation, I will discuss the importance of interactions in models that can exhibit degravitation, and present the Galileon as a broader class of modifications of gravity. Finally I will establish a link between the Galileon and the DBI action unifying models of early Universe inflation with that of late time degravitation.</abstract>
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   <ID>278</ID>
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   <type>
    <id>0</id>
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   </type>
   <title>The CHASE laboratory search for chameleon dark energy</title>
   <speakers>
    <user>
     <title></title>
     <name first="Jason" middle="" last="Steffen"></name>
     <organization>Fermilab</organization>
     <email>jsteffen@fnal.gov</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Jason" middle="" last="Steffen"></name>
     <organization>Fermilab</organization>
     <email>jsteffen@fnal.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T14:40:00</startDate>
   <endDate>2010-07-23T14:53:00</endDate>
   <duration>00:13</duration>
   <abstract>A scalar field is a favorite candidate for the particle responsible for dark energy. However, few theoretical means exist that can simultaneously explain the observed acceleration of the Universe and evade tests of gravity. The chameleon mechanism, whereby the properties of a particle depend upon the local environment, is one possible avenue. I present the results of the Chameleon Afterglow Search (CHASE) experiment, a laboratory probe for chameleon dark energy. CHASE marks a significant improvement over other searches for chameleons both in terms of its sensitivity to the photon/chameleon coupling as well as its sensitivity to the classes of chameleon dark energy models and standard power-law models. Since chameleon dark energy is virtually indistinguishable from a cosmological constant, CHASE tests dark energy models in a manner not accessible to astronomical surveys.</abstract>
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  <contribution>
   <ID>368</ID>
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   <type>
    <id>0</id>
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   </type>
   <title>Dark Energy density in Split SUSY models inspired by degenerate vacua</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Roman" middle="" last="Nevzorov"></name>
     <organization>University of Hawaii</organization>
     <email>nevzorov@phys.hawaii.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Roman" middle="" last="Nevzorov"></name>
     <organization>University of Hawaii</organization>
     <email>nevzorov@phys.hawaii.edu</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Prof.</title>
     <name first="Holger" middle="" last="Nielsen"></name>
     <organization>Niels Bohr Institute</organization>
     <email>hbech@nbi.dk</email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Colin" middle="" last="Froggatt"></name>
     <organization>University of Glasgow</organization>
     <email>c.froggatt@physics.gla.ac.uk</email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T14:55:00</startDate>
   <endDate>2010-07-23T15:08:00</endDate>
   <duration>00:13</duration>
   <abstract>It is well known that in no--scale supergravity global symmetries protect local supersymmetry (SUSY) and a zero value for the cosmological constant. The breakdown of these symmetries that ensures the vanishing of the vacuum energy density near 
the physical vacuum leads to the natural realization of the multiple point principle (MPP) assumption, i.e. results in the set of degenerate vacua with broken and unbroken local supersymmetry. We present the minimal SUGRA model where the MPP assumption is realised naturally at the tree--level. In thisodel vacua with broken and unbroken local supersymmetry in the hidden sector (first and second phases) have the same energy density without any extra fine-tuning. Although hidden sector does not give rise to the breakdown of supersymmetry in the second phase SUSY may be broken there dynamically in the observable sector. Then a positive value of the energy density in the second vacuum is induced which can be assigned, by virtue of MPP, to all other phases including the one in which we live. The total vacuum energy density is naturally tiny or zero in this case. If gauge couplings in the physical and second vacua are the same then the dark energy density depends on the SUSY breaking scale in the physical vacuum only. Assuming Split SUSY type spectrum we argue that the observed value of the cosmological constant can be reproduced if the masses of squarks and sleptons are of order of 10^10 GeV.</abstract>
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  <contribution>
   <ID>372</ID>
   <parentProtection>false</parentProtection>
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   <track>11 - Particle Astrophysics and Cosmology</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Reheating Temperature after Inflation in String-inspired Supergravity</title>
   <speakers>
    <user>
     <title></title>
     <name first="Mitsuo J." middle="" last="Hayashi"></name>
     <organization>Tokai University</organization>
     <email>mhayashi@keyaki.cc.u-tokai.ac.jp</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Mitsuo J." middle="" last="Hayashi"></name>
     <organization>Tokai University</organization>
     <email>mhayashi@keyaki.cc.u-tokai.ac.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T15:10:00</startDate>
   <endDate>2010-07-23T15:23:00</endDate>
   <duration>00:13</duration>
   <abstract>By using a string-inspired modular invariant supergravity model, which was proved well to explain WMAP observations appropriately, a mechanism of preheating just after the end of inflation is investigated. By using the canonically normalized and diagonalized scalars, the decay rates of these fields are calculated inflaton S into gauge sector fields.
The reheating temperature is estimated by both the stability condition of Boltzmann equation and the instant preheating mechanism. Both of reheating temperatures are almost the same order of magnitude ~ O(10^10) GeV. Because two mechanisms are completely independent processes, the former is caused through the inflaton decays into gauge fields and gauginons and the latter is caused by the scattering process of two inflatons into two right handed sneutrinos, which will decay into Higgs fields and other minimal SUSY standard model (MSSM) particles, we conclude that both mechanisms play essential roles in the preheating process after inflation.</abstract>
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  <contribution>
   <ID>1089</ID>
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   <track>11 - Particle Astrophysics and Cosmology</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Gravitational wave detectors: First astrophysical results and path to next generation</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Fabien" middle="" last="Cavalier"></name>
     <organization>Laboratoire de l'Accelerateur Lineaire Orsay</organization>
     <email>cavalier@lal.in2p3.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Fabien" middle="" last="Cavalier"></name>
     <organization>Laboratoire de l'Accelerateur Lineaire Orsay</organization>
     <email>cavalier@lal.in2p3.fr</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T15:25:00</startDate>
   <endDate>2010-07-23T15:42:00</endDate>
   <duration>00:17</duration>
   <abstract>After several years of construction and commissioning, LIGO, GEO600 and Virgo gravitational waves detectors have reached or exceeded their foreseen sensitivities and are in operation for few years. Even if a first detection remains unlikely with these sensitivities, meaningful results from the astrophysical point of view have been obtained on gamma-ray bursts or pulsars for example. For the current joint scientific run of LSC and Virgo collaborations, the "multi-messenger" approach has reached maturity and, in particular, online searches have been implemented in order to trigger external observations by satellites or telescopes.  We hope that this "multi-messenger"  strategy will be fruitful when the next generation of detectors will perform their first science runs in 2015. With a sensitivity increased by a factor 10, gravitational wave events should become frequent and will allow a better understanding of the source physics.</abstract>
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    <name first="Dmitri" middle="" last="Denisov"></name>
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   <name></name>
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  <startDate>2010-07-23T16:00:00</startDate>
  <endDate>2010-07-23T18:15:00</endDate>
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     <name first="Klaus" middle="" last="Moenig"></name>
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     <name first="Max" middle="" last="Baak"></name>
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     <name first="Matthias" middle="" last="Schott"></name>
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     <name first="Andreas" middle="" last="Hoecker"></name>
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    <name></name>
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   <startDate>2010-07-23T16:15:00</startDate>
   <endDate>2010-07-23T16:33:00</endDate>
   <duration>00:18</duration>
   <abstract>Gfitter results from the global Standard Model (SM) fit to electroweak precision data, including newest Tevatron measurements, are reviewed and discussed. Constraints on the Higgs and top-quark masses, as well as on alpha_s(M_Z), are studied in some detail, and outlooks to the LHC and ILC eras are presented. Information from the electroweak fit on loop contributions from beyond-SM models is obtained through an analysis of the so-called oblique parameters.</abstract>
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     <title></title>
     <name first="Michael" middle="" last="Mulhearn"></name>
     <organization>University of Virginia</organization>
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     <title></title>
     <name first="Tevatron" middle="" last="DZero_Collaboration"></name>
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    <name></name>
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   <startDate>2010-07-23T16:35:00</startDate>
   <endDate>2010-07-23T16:55:00</endDate>
   <duration>00:20</duration>
   <abstract>A combination of searches for Standard Model and beyond Standard Model Higgs boson production at DZero using a data sample up to 7 fb-1 of integrated luminosity is performed. For Standard Model searches we determine combined upper 95% C.L. limits on the ratio of the Higgs boson cross section times the branching ratio to its Standard Model prediction for Higgs boson masses between 100 and 200 GeV/c2.</abstract>
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   <startDate>2010-07-23T16:57:00</startDate>
   <endDate>2010-07-23T17:17:00</endDate>
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   <abstract>A combination of searches for Standard Model and beyond Standard Model Higgs boson production at CDF using a data sample up to 6.0 fb-1 of integrated luminosity is performed. For Standard Model searches we determine combined upper 95% C.L. limits on the ratio of the Higgs boson cross section times the branching ratio to its Standard Model prediction for Higgs boson masses between 100 and 200 GeV/c2.</abstract>
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   <title>ATLAS Higgs Sensitivity for 1/fb of data at the LHC running at 7 TeV</title>
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     <title></title>
     <name first="Tatsuya" middle="" last="Masubuchi"></name>
     <organization>University of Tokyo</organization>
     <email>tatsuya.masubuchi@cern.ch</email>
    </user>
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    <user>
     <title>Prof.</title>
     <name first="Michel" middle="" last="Lefebvre"></name>
     <organization>University of Victoria</organization>
     <email>lefebvre@uvic.ca</email>
    </user>
   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
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   <startDate>2010-07-23T17:19:00</startDate>
   <endDate>2010-07-23T17:37:00</endDate>
   <duration>00:18</duration>
   <abstract>The search for Higgs bosons at the Large Hadron Collider (LHC) is based on the analysis of independent final states, such as photon, tau, W and Z pairs. The Higgs discovery potential of ATLAS for each independent final state, as well as for combined channels, is reviewed and discussed. Results are presented for an integrated luminosity for 1/fb at 7 TeV center of mass energy at the LHC. Practical methods to estimate the backgrounds using control samples in real data are discussed. Validation of some of the data driven background estimation methods using the early 7 TeV ATLAS data at the LHC is also presented.</abstract>
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     <title></title>
     <name first="Manfred" middle="" last="Krammer"></name>
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     <email>manfred.krammer@cern.ch</email>
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    <name></name>
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   <startDate>2010-07-23T17:39:00</startDate>
   <endDate>2010-07-23T17:57:00</endDate>
   <duration>00:18</duration>
   <abstract>We overview the prospects for Higgs boson searches with a data sample of 1 fb-1 to be collected in pp-collisions at 7 TeV. We present sensitivity projections for SM-like decay modes H→WW→2l2v, H→ZZ→4l, H→ γγ (including their combination), the MSSM-like signature pp→bbΦ→bb(ττ), and, also discuss a few other possible models/searches. Preliminary results of data analyses validating a number of the key aspects of these Higgs searches are also reported.</abstract>
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 </session>
 <session>
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  <code>07-1</code>
  <title>07 - Neutrinos</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Andre" middle="" last="de Gouvea"></name>
    <organization>Northwestern University</organization>
    <email>degouvea@northwestern.edu</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 251</room>
  </location>
  <startDate>2010-07-23T16:15:00</startDate>
  <endDate>2010-07-23T18:00:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>987</ID>
   <parentProtection>false</parentProtection>
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   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Search for neutrinoless double beta decay with NEMO-3</title>
   <speakers>
    <user>
     <title></title>
     <name first="Christine" middle="" last="MARQUET"></name>
     <organization>CENBG University Bordeaux I and CNRS</organization>
     <email>marquet@cenbg.in2p3.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="FABRICE" middle="" last="PIQUEMAL"></name>
     <organization>CNRS/IN2P3</organization>
     <email>piquemal@cenbg.in2p3.fr</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T16:15:00</startDate>
   <endDate>2010-07-23T16:30:00</endDate>
   <duration>00:15</duration>
   <abstract>The NEMO-3 experiment located in the Modane Underground Laboratory is searching for neutrinoless double beta decay. The experiment has been taking data since 2003 with seven isotopes. The main isotopes are 7kg of 100Mo and 1kg of 82Se.The new results with 4 years of data taking will be presented for 100Mo.  No evidence for neutrinoless double beta decay has been found to date.   The data are also interpreted in terms of alternative models, such as weak right-handed currents or Majoron emission. We will show results for the standard model double beta decay process for all seven isotopes employed in NEMO-3, in particular 150Nd, an isotope of special interest due to its potential use in future experiments, as well as 96Zr and 116Cd will also be presented. These measurements are important for reducing the uncertainties on nuclear matrix elements.</abstract>
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  <contribution>
   <ID>1014</ID>
   <parentProtection>false</parentProtection>
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   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>CUORICINO and CUORE: present and future of 130-Te neutrinoless double beta decay searches</title>
   <speakers>
    <user>
     <title></title>
     <name first="Angelo" middle="" last="Nucciotti"></name>
     <organization>Univ. Milano-Bicocca and INFN Sez. Milano-Bicocca</organization>
     <email>angelo.nucciotti@mib.infn.it</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Angelo" middle="" last="Nucciotti"></name>
     <organization>Univ. Milano-Bicocca and INFN Sez. Milano-Bicocca</organization>
     <email>angelo.nucciotti@mib.infn.it</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T16:35:00</startDate>
   <endDate>2010-07-23T16:50:00</endDate>
   <duration>00:15</duration>
   <abstract>The search for neutrinoless double beta decay is a powerful tool to assess the neutrino mass scale and to establish whether the neutrino is a Majorana or a Dirac particle. 
To date, CUORE is the only fully approved next generation 1-ton size experiment with the goal of approaching the inverted hierarchy region of the effective neutrino mass spectrum.
CUORE is an array of 988 TeO2 cryogenic detectors containing 200 kg of Te-130, the neutrinoless double beta decay candidate. It is presently being built in Gran Sasso Underground Laboratory and it is due to start data taking in 2013. 
The feasibility of this very challenging project has been proved by CUORICINO, the pilot experiment that took data in Gran Sasso Laboratory until 2008, for about five years, with 62 TeO2 cryogenic detectors. 
In this talk I will present the final analysis of the whole CUORICINO exposure and report about the status of CUORE construction.</abstract>
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  </contribution>
  <contribution>
   <ID>1060</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>A brief review of Leptogenesis</title>
   <speakers>
    <user>
     <title></title>
     <name first="Martha" middle="" last="Losada"></name>
     <organization></organization>
     <email>malosada@uan.edu.co</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Marta" middle="" last="Losada"></name>
     <organization>Universidad Antonio Narino, Bogota, Colombia</organization>
     <email>director.dni@uan.edu.co</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T16:55:00</startDate>
   <endDate>2010-07-23T17:10:00</endDate>
   <duration>00:15</duration>
   <abstract>In this talk a rapid overview of the mechanism of leptogenesis that can provide a response to the Baryon Asymmetry of the Universe is given.
The main part of the talk  will focus on three main issues which have been recently of high relevance for leptogenesis:
- the importance of flavor
- the importance of flavor violating equilibration effects
- models that are testable in the near future.</abstract>
   <material>
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    <title>Slides</title>
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  </contribution>
  <contribution>
   <ID>161</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Status of the EXO double beta decay search</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Carter" middle="" last="Hall"></name>
     <organization>University of Maryland</organization>
     <email>crhall@umd.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Carter" middle="" last="Hall"></name>
     <organization>University of Maryland</organization>
     <email>crhall@umd.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T17:15:00</startDate>
   <endDate>2010-07-23T17:27:00</endDate>
   <duration>00:12</duration>
   <abstract>The standard model has difficulty accommodating the tiny neutrino masses which are observed in nature, but light neutrinos arise naturally in many standard model extensions, including many grand unified theories. Many of these models also predict that neutrinos should be Majorana-type fermions, which would violate the conservation of lepton number. The EXO collaboration is carrying out a series of experiments to search for the golden signature of Majorana neutrinos: the double beta decay of the Xenon-136 nucleus. The construction and installation of the first experiment, known as EXO-200, is now complete, and first data is expected in the summer of 2010. This experiment is the largest double beta decay search ever performed, exceeding previous experiments by one order of magnitude in mass. The collaboration is also performing R&amp;D to realize an ideal double beta decay search by positively identifying the daughter nucleus produced by the decay. We report here on the status of both of these efforts.</abstract>
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    <title>Slides</title>
    <description></description>
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  <contribution>
   <ID>816</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>The NEXT experiment: a high-pressure xenon gas (HPGXe) TPC for the search of neutrinoless double-beta decay.</title>
   <speakers>
    <user>
     <title></title>
     <name first="Alfredo" middle="" last="Tomas"></name>
     <organization>University of Zaragoza</organization>
     <email>atomas@unizar.es</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Héctor" middle="" last="Gómez"></name>
     <organization>University of Zaragoza</organization>
     <email>luzon@unizar.es</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T17:30:00</startDate>
   <endDate>2010-07-23T17:42:00</endDate>
   <duration>00:12</duration>
   <abstract>Though Neutrino oscillation experiments have shown that neutrinos have finite rest mass, their absolute mass scale is still unknown. The exploration of the degenerate hierarchy, which corresponds to an effective neutrino mass up to 50 meV, is the goal of the next generation of neutrinoless double beta decay experiments.  Very good energy resolutions and ultra-low background levels are the two main experimental requirements for a successful experiment.
The NEXT collaboration projects to build a 100 kg high-pressure Xe gas TPC enriched with 136Xe for the search of the two modes of double-beta decay. This detector will be installed in the new LSC (Canfranc Underground Laboratory) in the Spanish Pyrenees. Two are the features which will made this experiment very competitive in the field: an excellent energy resolution offered by high pressure Xe gas TPC; and the possibility of pattern recognition to reject background events thanks to the electron tracks recorded by a photosensor array (SiPMs, APDs or PMTs) or a Micromegas plane. Here we will present the experiment and results of the first generation of prototypes studying both the electroluminiscence signal, and the charge amplification signal with Micromegas in pure HPGXe.</abstract>
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    <title>Slides</title>
    <description></description>
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  <contribution>
   <ID>132</ID>
   <parentProtection>false</parentProtection>
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   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Leptogenesis constraints from flavour symmetry induced Lepton Mixing</title>
   <speakers>
    <user>
     <title></title>
     <name first="Ivo" middle="" last="de Medeiros Varzielas"></name>
     <organization>CFTP, Instituto Superior Técnico</organization>
     <email>ivo@cftp.ist.utl.pt</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Ivo" middle="" last="de Medeiros Varzielas"></name>
     <organization>CFTP, Instituto Superior Técnico</organization>
     <email>ivo@cftp.ist.utl.pt</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-23T17:45:00</startDate>
   <endDate>2010-07-23T17:57:00</endDate>
   <duration>00:12</duration>
   <abstract>In models with flavour symmetries added to the gauge group of the Standard Model the CP-violating asymmetry necessary for leptogenesis may be related with low-energy parameters. A particular case of interest is when the flavour symmetry produces an exact mass independent lepton mixing scheme, leading to a vanishing CP-violating asymmetry. We present a model-independent discussion that confirms this always occurs for unflavoured leptogenesis in type I see-saw scenarios.</abstract>
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    <title>Slides</title>
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 </session>
 <session>
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  <code>04-8</code>
  <title>04 - Hadronic Structure, Parton Distributions, soft QCD, Spectroscopy</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Volker" middle="" last="Burkert"></name>
    <organization>Jefferson Lab</organization>
    <email>burkert@jlab.org</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 253</room>
  </location>
  <startDate>2010-07-23T16:15:00</startDate>
  <endDate>2010-07-23T18:00:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>1128</ID>
   <parentProtection>false</parentProtection>
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   </type>
   <title>Studies of Radiative Decays and Search for X(3872) at BABAR</title>
   <speakers>
    <user>
     <title></title>
     <name first="Arafat" middle="" last="Gabareen Mokhtar"></name>
     <organization>SLAC / Stanford University</organization>
     <email>mokhtar@slac.stanford.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The BABAR Collaboration"></name>
     <organization></organization>
     <email>roney@slac.stanford.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-23T16:15:00</startDate>
   <endDate>2010-07-23T16:28:00</endDate>
   <duration>00:13</duration>
   <abstract>* A study of radiative Upsilon(2S) and Upsilon(3S) transitions using converted photons
We present a study of the radiative transitions from decays of the Upsilon(2S) and Upsilon(3S) resonances using photons that have converted into an e+e- pair. This study uses data collected with the BABAR detector operating at the SLAC PEP-II B-factory on the Upsilon(2S) and Upsilon(3S) resonances.
* Search for f_J(2220) Production in Radiative J/psi Decays
We present a search for f_J(2220) production in radiative J/psi -&gt; gamma f_J(2220) decays using 460 fb-1 of data collected with the BaBar detector at the PEP-II storage rings. The f_J(2220) is reconstructed in the decays f_J(2220) -&gt; K+K- and f_J(2220) -&gt; K0_S K0_S$. No evidence of this resonance is observed and 90% confidence level upper limits on the J/psi -&gt; gamma f_J(2220), f_J(2220) -&gt; K+ K- and J/psi -&gt; gamma f_J(2220), f_J(2220) -&gt; K0_S K0_S branching fractions are set at the level of 10^-5.
* The search for new X(3872) decay modes and for the Z1 and Z2 states in chi_c1 pi
We present a search for the X(3872) produced in B--&gt;psi pi+pi- K and B--&gt;psi pi+pi-pi0 K (psi=J/psi or psi(2S)) using 427 fb-1 of BaBar data. We also report on a search for the Z1 and Z2 states in the chi_c1 pi invariant-mass distribution at BaBar. We perform a study of charged and neutral B decays to chi_c1 K pi. The aim is to search for the two resonance-like structures, the Z1 and Z2, first observed by the Belle experiment in the chi_c1 pi+ invariant-mass distribution near 4.1 GeV in exclusive B0-&gt;chi_c1 K-pi+.</abstract>
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    <id>0</id>
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   <title>Charmed Hadron Physics at Babar</title>
   <speakers>
    <user>
     <title></title>
     <name first="Jose" middle="" last="Benitez"></name>
     <organization>SLAC</organization>
     <email>benitezj@slac.stanford.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The BABAR Collaboration"></name>
     <organization></organization>
     <email>roney@slac.stanford.edu</email>
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   <coAuthors>
    <user>
     <title></title>
     <name first="Jose" middle="" last="Benitez"></name>
     <organization>SLAC</organization>
     <email>benitezj@slac.stanford.edu</email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-23T16:30:00</startDate>
   <endDate>2010-07-23T16:43:00</endDate>
   <duration>00:13</duration>
   <abstract>* Study of the inclusive production of the D pi and D* pi final states
We present a study of the mass spectra of the D+pi-, D*+pi-, and D0pi+ final states in search for unobserved excited states of the D mesons. We use a dataset corresponding to ~454 fb^-1 of e+e- collisions collected by the BABAR detector at center-of-mass energies near 10.58 GeV. The final states are reconstructed inclusively in reactions of the kind e+e- -&gt;  ccbar -&gt; D^(*)pi X where X is any additional system. The ccbar events are selected through a cut on the center-of-mass momentum of the D^(*)pi system.

* Precision Measurements of the Angular Momentum Excited Charmed Baryon Lambda_c(2880)+ decaying to the Lambda_c+ pi+ pi- state
We report results on the measurements of the charmed baryon Lambda_c(2880)+ decaying to the Lambda_c+ pi+ pi- state using approximately 354 fb^-1 of BaBar data. We reconstruct the Lambda_c+ candidates in the decay mode p K pi with a goal of measuring the mass, intrinsic width, cross section and momentum spectra of the resonances decaying into Lambda_c+ pi+ pi- final states. We also report the first measurements on the relative branching fractions of the Lambda_c(2880)+ decaying to the states Sigma_c^0(2455) pi+, Sigma_c^++(2455) pi-, Sigma_c^++(2520) pi-, Sigma_c^0(2520) pi+ and the non resonant Lambda_c+ pi+ pi- mode.</abstract>
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  </contribution>
  <contribution>
   <ID>1187</ID>
   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Studies of Radiative Decays and  X(3872) production at Belle</title>
   <speakers>
    <user>
     <title></title>
     <name first="Ian" middle="" last="Watson"></name>
     <organization>University of Sydney</organization>
     <email>ian.watson@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The BELLE Collaboration"></name>
     <organization></organization>
     <email>karim.trabelsi@kek.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-23T16:45:00</startDate>
   <endDate>2010-07-23T17:03:00</endDate>
   <duration>00:18</duration>
   <abstract>* Search for 1P -&gt; 1S radiative transitions of D mesons
We present a search for B- -&gt; pi- D^**0, D^**0 -&gt; gamma D0 with a data sample from the Belle detector at the KEKB e+e- collider containing 771 x 10^6 BBbar pairs. In preliminary studies, we found that the corresponding pionic decays, D^**0 -&gt; pi0 D0 are important backgrounds. These modes have not previously been studied; we measure them in the same data sample, in order to constrain the background component in the final fit to the gamma D0 mass distribution.

* Study of radiative decays of chi_(c1,c2) and X(3872) at Belle
We present a study of the radiative decays of the chi_(c1,c2) and X(3872), produced in B decays. The results are based on a large data sample collected at the Upsilon(4S) resonance with the Belle detector operating at the KEKB asymmetric-energy e+e- collider.

* Search for charmonium and charmonium-like states in Upsilon(1S) radiative decays
Using a large sample (10^8) Upsilon(1S) events collected with the Belle detector, we present the results of a first search for charge parity even charmonium and charmonium-like states in Upsilon(1S) radiative decays. No significant chi_(cJ), eta_c, X(3872), X(3915), or Y(4140) signal is observed, and upper limits on the production rates are determined. Furthermore, no significant evidence for excited charmonium states below 4.8 GeV/c2 is observed.

* Study of X(3872) production in B meson decays
We present a study of the X(3872) meson produced in decays of neutral and charged B mesons. The results are based on a large data sample collected at the Upsilon(4S) resonance with the Belle detector operating at the KEKB asymmetric-energy e^+e^- collider.</abstract>
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  <contribution>
   <ID>1211</ID>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Studies of Upsilon Decays at Belle</title>
   <speakers>
    <user>
     <title></title>
     <name first="Mauro" middle="" last="Verzetti"></name>
     <organization>INFN Torino</organization>
     <email>verzetti@studenti.ph.unito.it</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The BELLE Collaboration"></name>
     <organization></organization>
     <email>karim.trabelsi@kek.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-23T17:05:00</startDate>
   <endDate>2010-07-23T17:23:00</endDate>
   <duration>00:18</duration>
   <abstract>* Measurement of Upsilon(5S) decays to B0 and B+ mesons
Decays of the Upsilon(5S) resonance to channels with B+ and B0
mesons are studied using a 23.6 fb^-1 data sample collected with 
the Belle detector at the KEKB asymmetric-energy e+e- collider. 
Fully reconstructed B+ -&gt; J/psi K+, B0 -&gt; J/psi K*0, B+ -&gt; Dbar0 pi+ and B0 -&gt; D- pi+ decays are used to obtain the charged and neutral Bproduction rates per b-bbar event, f(B+) = (72.1 ^(+3.9)_(-3.8) +/- 5.0)% and f(B0) = (77.0 ^+(5.8)_(-5.6) +/-6.1)%. Assuming equal rates to B+ and B0 mesons in all channels produced at the Upsilon(5S) energy, we measure the fractions for transitions to two-body and three-body 
channels with B meson pairs, f(B-Bbar) = (5.5^(+1.0)_(-0.9)+/- 0.4)%, f(B Bbar*+B*Bbar) = (13.7 +/- 1.3 +/- 1.1)%, f(B* Bbar*) = (37.5^(+2.1)_(-1.9) +/- 3.0)%, f(B Bbar pi) = (0.0 +/- 1.2 +/- 0.3)%, f(BBbar* pi+B* Bbar pi) = (7.3^(+2.3)_(-2.1) +/- 0.8)%, and f(B* Bbar* pi) = (1.0^(+1.4)_(-1.3) +/- 0.4)%. The latter three fractions are obtained assuming isospin conservation.

*Observation of an enhancement in e+e- -&gt; Upsilon(1S) pi+ pi-, Upsilon(2S) pi+ pi-, and Upsilon(3S) pi+ pi- production around sqrt(s)=10.89 GeV at Belle
We measure the production cross sections for e+e- -&gt; Upsilon(1S) pi+ pi-, Upsilon(2S) pi+ pi-, and Upsilon(3S) pi+ pi- as a function of sqrt(s) between 10.83 GeV and 11.02 GeV. The data consists of 8.1 fb^-1 collected with the Belle detector at the KEKB e+e- collider. We observe enhanced production in all three final states that does not conform well with the conventional Upsilon(10860) lineshape.

* Search for Upsilon(2S) -&gt; eta_b gamma and Upsilon(2S) -&gt; eta Upsilon
The Belle experiment has integrated a record sample of 160M Upsilon(2S) decays on the resonant peak. First results of searches for rare radiative transitions (Upsilon(2S) -&gt; eta_b(1S) gamma and chi_b0(1P) -&gt; Upsilon(1S) gamma), and the
hadronic transition Upsilon(2S) -&gt; eta Upsilon will be
presented.</abstract>
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  <contribution>
   <ID>1192</ID>
   <parentProtection>false</parentProtection>
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   <type>
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   <title>Exotic J/psi Phi  Structures and Search for the Z(4430)+ State at CDF</title>
   <speakers>
    <user>
     <title></title>
     <name first="Kai" middle="" last="Yi"></name>
     <organization>Physics and Astronomy Department-University of Iowa</organization>
     <email>kai.yi@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The CDF Collaboration"></name>
     <organization></organization>
     <email>michal.kreps@kit.edu</email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-23T17:25:00</startDate>
   <endDate>2010-07-23T17:38:00</endDate>
   <duration>00:13</duration>
   <abstract>* Updated studies of exotic J/psi phi structures at CDF
We report updated studies of the J/psi phi mass spectrum in exclusive B+ --&gt; J/psi phi K+ decays collected by the CDF experiment. Using an increased data sample of 5 fb^-1 and by adding new triggers we establish  observation of the Y(4140) state in its J/Psi Phi decay and provide more precise measurements of its properties.

* Search for multiquark Z(4430)+ state in hadron collisions
The observation of the Z(4430)+ resonance, the first solid candidate exotic multiquark state, has been reported by the Belle experiment but not confirmed by Babar. Any information from the Tevatron could be discriminating in establishing or excluding its existence. We report the first search for exotic Z(4430)+ state in hadron collisions, using 5.7 fb^-1 of data collected by the CDF detector at the Tevatron collider.</abstract>
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   <title>Charm baryon spectroscopy at CDF</title>
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     <title></title>
     <name first="Felix" middle="" last="Wick"></name>
     <organization>Karlsruhe</organization>
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   <startDate>2010-07-23T17:40:00</startDate>
   <endDate>2010-07-23T17:58:00</endDate>
   <duration>00:18</duration>
   <abstract>We present a study of the first orbital excitations of the Lambda_c baryon, the resonances Lambda_c(2595) and Lambda_c(2625), in the decay channel Lambda_c+ pi+ pi- as well as the Lambda_c spin excitations Sigma_c(2455) and Sigma_c(2520) in its decays to Lambda_c+ pi- and Lambda_c+ pi+ reconstructed in a sample corresponding to 5.3 fb^-1 of data collected by the CDF experiment. Exploiting the excellent CDF mass resolution we present measurements of the mass differences with respect to the Lambda_c and the decay widths of these states using significantly higher statistics than previous experiments. The lineshape modification of Lambda_c(2595) due to its dominant threshold decay to Sigma_c(2455) pi  is properly taken into account.</abstract>
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  <startDate>2010-07-23T16:15:00</startDate>
  <endDate>2010-07-23T18:00:00</endDate>
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   <title>Searches for Massive T’ quark decaying to W + b at the Tevatron</title>
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     <name first="Alison" middle="" last="Lister"></name>
     <organization>University of Geneva</organization>
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     <name first="Thomas Andrew" middle="" last="Schwarz"></name>
     <organization>CDF</organization>
     <email>thomas.andrew.schwarz@cern.ch</email>
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    <name></name>
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   <startDate>2010-07-23T16:15:00</startDate>
   <endDate>2010-07-23T16:30:00</endDate>
   <duration>00:15</duration>
   <abstract>Fifteen years since the discovery of top at the Tevatron, with the large Run 2 dataset in hand and plenty of analysis experience, we have now reached the point where we can perform in-depth examinations of the top quark event sample for evidence of physics beyond the Standard Model. We present a search for a massive quark (t') decaying to Wq or Wb and thus mimicking the top quark decay signature.   We set limits on a 4th generation t' quark using the latest Tevatron data.</abstract>
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   <title>Model independent analysis of the forward-backward asymmetry of  top quark production at the Tevatron</title>
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     <name first="Pyungwon" middle="" last="Ko"></name>
     <organization>KIAS</organization>
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     <title>Prof.</title>
     <name first="Pyungwon" middle="" last="Ko"></name>
     <organization>KIAS</organization>
     <email>pko@kias.re.kr</email>
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     <title>Dr.</title>
     <name first="Dong-Won" middle="" last="Jung"></name>
     <organization>Physics Department and CMTP, National Central University,  Jhongli, Taiwan, 32054</organization>
     <email></email>
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     <name first="Soo-hyeon" middle="" last="Nam"></name>
     <organization>Korea Institute of Science and Technology Information,  Daejeon 305-806, Korea</organization>
     <email></email>
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     <name first="Jaesik" middle="" last="Lee"></name>
     <organization>Physics Division, National Center for Theoretical Sciences,  Hsinchu, Taiwan 300</organization>
     <email></email>
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   <startDate>2010-07-23T16:35:00</startDate>
   <endDate>2010-07-23T16:50:00</endDate>
   <duration>00:15</duration>
   <abstract>Motivated by a possible anomaly in the forward-backward (FB) asymmetry of top quark (A_FB) observed at the Tevatron, we perform a model independent analysis on qqbar -&gt; ttbar using an effective lagrangian with dim-6 four-quark operators.
We derive necessary conditions on new physics structures and the couplings that are consistent with the $t\bar{t}$ production cross section and A_FB measured at the Tevatron, and discuss possible new physics scenarios that could generate such dim-6 operators.</abstract>
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   <title>Search for Same Sign Charge Dilepton Events and WZ resonances at the Tevatron</title>
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     <title>Dr.</title>
     <name first="Adam" middle="" last="Lyon"></name>
     <organization>FERMI NATIONAL ACCELERATOR LABORATORY</organization>
     <email>lyon@fnal.gov</email>
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     <email>trwright@umich.edu</email>
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    <address>None</address>
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   <startDate>2010-07-23T16:55:00</startDate>
   <endDate>2010-07-23T17:10:00</endDate>
   <duration>00:15</duration>
   <abstract>We study same-charge dilepton events and WZ resonances at the Tevatron.    Same sign dilepton events are rare inthe standard model and could indicate new physics processes such as chargino neutralino production in super symmetric models. A model-independent search is presented.    A  second analysis in which examines both lepton + jets and fully leptonic final states are used to search for resonances decaying into a WZ pair and limits are placed based on the existence of such resonances.</abstract>
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     <title></title>
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     <title></title>
     <name first="Johannes" middle="" last="Haller"></name>
     <organization>University of Hamburg</organization>
     <email></email>
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     <title></title>
     <name first="Klaus" middle="" last="Moenig"></name>
     <organization>DESY</organization>
     <email></email>
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     <title></title>
     <name first="Max" middle="" last="Baak"></name>
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     <email></email>
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     <title></title>
     <name first="Matthias" middle="" last="Schott"></name>
     <organization>CERN</organization>
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     <title></title>
     <name first="Doerthe" middle="" last="Ludwig"></name>
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     <email></email>
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     <title></title>
     <name first="Henning" middle="" last="Flaecher"></name>
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     <email></email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-23T17:15:00</startDate>
   <endDate>2010-07-23T17:30:00</endDate>
   <duration>00:15</duration>
   <abstract>Physics beyond the Standard Model (SM) can modify the relations between electroweak observables and their theoretical predictions. Such effects can be parametrised in terms of effective, so-called oblique parameters. A global fit of the electroweak SM, as performed with the Gfitter package, allows one to determine the oblique parameters and to derive constraints on new physics. In this talk, the Gfitter results for the oblique parameters are presented coherently together with constraints on various new physics models, including Little Higgs models, Extra Dimensions, Supersymmetry, Technicolour and Four Generations.</abstract>
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   <abstract>One of the most interesting theoretical scenarios for extending the Standard Model is based on the notion of a single warped extra-dimension. Though the original idea was proposed to address the Planck-weak hierarchy, it actually can also lead to an understanding of flavors. As purely a theory of flavor the UV cut-off  may be much much less than the Planck mass and may be around 10^4 TeV. The corresponding Kaluza-Klein electroweak gauge bosons may be at a few TeV scale and can have significantly enhanced signals at the LHC. For example, a 2 TeV Z’ may require only around 1/fb luminosity in the very clean di-lepton channel. Implications for the LHC of such a modest application of the warped space idea for the LHC are discussed.</abstract>
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    <name first="Benoit" middle="" last="Blossier"></name>
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   <name></name>
   <address>None</address>
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  <startDate>2010-07-23T16:15:00</startDate>
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  <duration>01:45</duration>
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   <ID>432</ID>
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    <id>0</id>
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   <title>Continuum limit results from 2+1 flavor Domain Wall QCD</title>
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     <title>Dr.</title>
     <name first="Enno E." middle="" last="Scholz"></name>
     <organization>University of Regensburg</organization>
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     <title>Dr.</title>
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     <organization>University of Regensburg</organization>
     <email>enno.scholz@physik.uni-regensburg.de</email>
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   <startDate>2010-07-23T16:15:00</startDate>
   <endDate>2010-07-23T16:45:00</endDate>
   <duration>00:30</duration>
   <abstract>Quantum Chromodynamics with two mass degenerate light quark flavors and an additional single heavier quark flavor has been simulated on the lattice using the domain wall fermion formulation. These simulations cover a range of dynamical pion masses between 300 and 420 MeV and were performed at two different values for the lattice spacing with 1/a=1.73 and 2.32 GeV and a linear lattice extent of 2.8 fm.  This talk will focus on the determination of the kaon bag parameter B_K and the semi-leptonic kaon form factor K_l3.  The various methods for extrapolating these quantities to the limit of physical light quark mass will be evaluated.</abstract>
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   <startDate>2010-07-23T16:45:00</startDate>
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    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Heavy flavour phenomenology from lattice QCD</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Elvira" middle="" last="Gamiz"></name>
     <organization>Fermilab</organization>
     <email>egamiz@fnal.gov</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Elvira" middle="" last="Gamiz"></name>
     <organization>Fermilab</organization>
     <email>egamiz@fnal.gov</email>
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   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
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   <startDate>2010-07-23T17:15:00</startDate>
   <endDate>2010-07-23T17:45:00</endDate>
   <duration>00:30</duration>
   <abstract>Heavy quark quantities are useful for testing lattice techniques against well known experimental results, as well as for testing the Standard Model (SM) itself, and searching for physics beyond the SM. I will review the results of recent lattice calculations relevant for this program including those of  B and D decay constants and semileptonic decay form factors, and neutral B mixing. The impact of future improvements of lattice results on the  clarification of the origin of several disagreement between theory and experiment which are starting to show up in the quark flavour sector, and the study on the lattice of processes with potential to probe new physics at future experiments, like rare B-decays, will also be discussed.</abstract>
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   <track>09 - Progress in  Lattice Techniques and New Results</track>
   <type>
    <id>0</id>
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   </type>
   <title>Towards the continuum limit of the lattice Landau-gauge gluon and ghost propagators.</title>
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    <user>
     <title>Dr.</title>
     <name first="Igor" middle="" last="Bogolubsky"></name>
     <organization>JINR</organization>
     <email>bogolubs@jinr.ru</email>
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     <title>Dr.</title>
     <name first="Igor" middle="" last="Bogolubsky"></name>
     <organization>JINR</organization>
     <email>bogolubs@jinr.ru</email>
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     <title>Dr.</title>
     <name first="Ernst-Michael" middle="" last="Ilgenfritz"></name>
     <organization>HUB</organization>
     <email>ilgenfri@physik.hu-berlin.de</email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Michael" middle="" last="Mueller-Preussker"></name>
     <organization>HUB</organization>
     <email>mmp@physik.hu-berlin.de</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Andre" middle="" last="Sternbeck"></name>
     <organization>Regensburg University</organization>
     <email>andre.sternbeck@physik.uni-regensburg.de</email>
    </user>
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    <name></name>
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   <startDate>2010-07-23T17:45:00</startDate>
   <endDate>2010-07-23T18:00:00</endDate>
   <duration>00:15</duration>
   <abstract>Considerable efforts have been devoted during the last decade to exploring QCD's elementary two-point functions using the framework of lattice QCD. Thereby, much attention has been paid to the gluon and ghost propagators in Landau gauge whose low-momentum behavior has been explored using relatively coarse lattices to reach momenta as low as possible. To ultimately confront such lattice results with corresponding predictions from continuum functional theory, the extrapolation to the continuum limit has to be under control, however. Also, the influence of the Gribov ambiguity needs to be understood, in particular as there are strong indications that this ambiguity has a big impact on these propagators at low momenta. To further clarify this still actively debated issue we have launched a large scale lattice study of this problem in SU(2) gluodynamics, paying special attention to the continuum limit of the gluon and ghost propagators and the associated coupling at a fixed physical volume.</abstract>
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  <title>06 - CP violation, CKM and Rare Decays</title>
  <description></description>
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   <user>
    <title></title>
    <name first="Toru Iijima" middle="" last=""></name>
    <organization>Nagoya</organization>
    <email>iijima@hepl.phys.nagoya-u.ac.jp</email>
   </user>
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   <name></name>
   <address>None</address>
   <room>Salle 242A</room>
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  <startDate>2010-07-23T16:15:00</startDate>
  <endDate>2010-07-23T18:00:00</endDate>
  <duration>01:45</duration>
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   <ID>1175</ID>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
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   <title>Measurements of the CKM angle gamma at BABAR</title>
   <speakers>
    <user>
     <title></title>
     <name first="Fernando" middle="" last="Martinez-Vidal"></name>
     <organization>Universidad de Valencia</organization>
     <email>martinef@slac.stanford.edu</email>
    </user>
   </speakers>
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     <name first="Collaboration" middle="" last="BABAR"></name>
     <organization>SLAC</organization>
     <email>roney@slac.stanford.edu</email>
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   <startDate>2010-07-23T16:15:00</startDate>
   <endDate>2010-07-23T16:28:00</endDate>
   <duration>00:13</duration>
   <abstract>Using data from approximately 470 million B-Bbar pair events collected with the BaBar detector at SLAC's  PEP-II e+e- B-factory running on the Upsilon(4S), we have made a number of  measurements that are sensitive to the Cabibbo-Kobayashi-Maskawa  CP-violating angle gamma. These include a measurement of gamma from a Dalitz Plot analysis of neutral D meson decays to K^0_S pi^+ pi^-  and  K^0_SK^+K^- produced in the processes B^(-+) --&gt; D K^(-+), B^(-+) --&gt; D^{*} K^(-+) with D^{*} --&gt; D pi^0,D gamma, and B^(-+) --&gt; DK^{*-+} with K^{* -+} --&gt; K_S^0 \pi^(-+). We also search for b --&gt; u transitions in B^- --&gt; D^0K^- and B^- --&gt; D^{*0} K^- decays which are sensitive gamma due to interference between the b --&gt; c transition B^- --&gt; D^{(*)0}K^- followed by the doubly Cabibbo-suppressed decay D^0 --&gt; K^+ pi^-, and the b --&gt; u transition B^- --&gt; D^{(*)0}K^- followed by the Cabibbo-favored decay anti-{D}^0 --&gt; K^+ pi^-. We also analyze the decay B^- --&gt; D^{(*)} pi^- with the D decaying into the doubly Cabibbo-suppressed mode D --&gt; K^+\pi^-. In addition we report on a measurement of the gamma in B^(+-)--&gt; D_CP K^(+-) decays: from reconstructed B^(+-) --&gt; D K^(+-) decays, where the neutral D meson is reconstructed in both CP-eigenstate and non-CP-eigenstate final states, we measure the partial rate charge asymmetries for CP-even and CP-odd D final states and the ratios between the charge-averaged B^(+-) --&gt; D K^(+-) decay partial rates, where the D meson decays to CP and non-CP eigenstates. We infer frequentist confidence intervals for gamma, for the strong phase delta_B, and for the amplitude ratio r_B, which are related to the B^(+-)--&gt;DK^(+-) decay amplitudes by r_Be^{i(\delta_B-\gamma)} = A(B^- --&gt; \overline{D^0} K^-)/A(B^- --&gt; D^0 K^-).We also report on the study of the decay B^- --&gt;  D^{0} (\overline D^{0}) K^-, where the D^0 or \overline D^{0} decay to K^+ pi^- pi^0. We measure the ratios of the suppressed to favored branching fractions as well as the CP asymmetries of those modes. Since the amplitudes for the processes B^+--&gt; \overline D^{0} K^+ and B^+ --&gt; D^{0} K^+ are proportional to V_{cb} and V_{ub}, respectively, these decays are sensitive to the weak phase gamma as well as to the magnitude r_B of the ratio between the two amplitudes. Finally, we report on the results of a search for the decays B^+ --&gt; D^{+} K^{(*)0}.</abstract>
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   <title>Hadronic b -&gt; c decays at Belle</title>
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     <name first="Nikhil Jayant" middle="" last="Joshi"></name>
     <organization>Tata Institute of Fundamental Research, Mumbai</organization>
     <email>njoshi@tifr.res.in</email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-23T16:30:00</startDate>
   <endDate>2010-07-23T16:43:00</endDate>
   <duration>00:13</duration>
   <abstract>We present a measurement of the unitarity triangle angle phi_3 using Dalitz plot analysis of three-body neutral D decays from the B^+ --&gt; D^{(*)}K^{(*)+} process. The results are based on a large sample of B anti-{B} pairs recorded at the Upsilon(4S) resonance with the Belle detector at the KEKB e^+e^- collider. The decay B --&gt; D^{(*)} K^{(*)} (D = D0 or anti-{D}0) includes the b --&gt; u transition and plays a crucial role in the measurement of the CP-violating angle phi_3. We present the result of a study of the decay B --&gt; D^{(*)} K^{(*)} where the D meson is reconstructed from K^+ \pi^-. We also report improved measurements of the branching fractions for the decays B0 --&gt; D_s^{(*)+} \pi^- and anti-{B}0 --&gt; D_s^{(*)+} K^-. Based on these results, we determine the ratio between the amplitudes of the doubly Cabibbo suppressed decay B0 --&gt; D^{(*)+} pi^- and the Cabibbo favored decay B0 --&gt; D^{(*)-} \pi^+. We studied the three-body baryonic B^+ decays, B^+ --&gt; p \anti-Lambda D^{(*)0.  The branching fractions as well as the differential branching fractions as a function of the mass of the p anti-Lambda system are presented. These results are compared with theoretical predictions based on the generalized factorization approach. We present a study of the exclusive decays B0 --&gt; D_s^- K0_S pi^+ and B^- \to D_s^+ K^-K^-. We use the D_s^-  --&gt; phi pi^-, anti-{K}{}^{*}(892)0 K^- and K0_S K^- decay modes for D_s reconstruction.</abstract>
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   <ID>1082</ID>
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   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
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   </type>
   <title>Precision measurements of Direct CP violation and D0-D0bar mixing at CDF</title>
   <speakers>
    <user>
     <title></title>
     <name first="Mark Edward" middle="" last="Mattson"></name>
     <organization>Dept of Physics and Astronomy-Wayne State U.</organization>
     <email>mark.edward.mattson@cern.ch</email>
    </user>
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     <organization>Fermilab</organization>
     <email>michal.kreps@kit.edu</email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-23T16:45:00</startDate>
   <endDate>2010-07-23T16:58:00</endDate>
   <duration>00:13</duration>
   <abstract>The CDF experiment has previously reported evidence for D0-D0bar mixing with a significance equivalent to 3.8 standard deviations based on the time-dependent ratio of the decay rates for D0 --&gt; K^+pi^- and D0 --&gt;K^-pi^+, and charge-conjugates. That measurement was based on an integrated luminosity of 1.5 fb-1 and achieved sensitivities of +-0.35*10-3 and +-7.6*10-3 on the mixing parameters x'^2 and y', respectively. Here we report an updated measurement using the same technique. In addition, we present an analysis that measures CP-violating asymmetries in D*-tagged D0--&gt;pi^+pi^- decays, where any enhancement from the standard model prediction (of the order of 10-3) would be unambiguous evidence for New Physics. A technique combining asymmetries of pi^+pi^-, and K^-pi^+  D0 decays highly suppresses systematic uncertainties due to detector charge-asymmetric efficiencies allowing a measurement limited only by statistical uncertainties. Both measurements are based on a sample corresponding to an integrated luminosity of 5.2 fb-1.</abstract>
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   <title>D0-D0bar Mixing and CP Asymmetry Measurements at BABAR</title>
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     <title></title>
     <name first="Matthew" middle="" last="Bellis"></name>
     <organization>Stanford University</organization>
     <email>mbellis@stanford.edu</email>
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    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-23T17:00:00</startDate>
   <endDate>2010-07-23T17:13:00</endDate>
   <duration>00:13</duration>
   <abstract>We report on D0 mixing and searches for CP violation in charm meson decays using the large sample of charm anti-charm  produced in e+e- annihilation data collected with the BaBar detector at the PEP-II asymmetric-energy B Factory near a center-of-mass energy of 10.58 GeV. A direct measurement of D0-D0bar mixing parameters through a time-dependent amplitude analysis of the Dalitz plots of D^0 --&gt; K^0_S pi^+ pi^- and, for the first time, D^0 --&gt; K^0_S K^+ K^-  decays is reported. We measure the mixing parameters x and y and  provide the best measurement to date of x. We also report on a search for CP violation in the decay D^+ --&gt; K^0_S pi^+. In the Standard Model, direct CP violation in charm meson decays is predicted to occur at the level of 10^-3 or below. In the decay D^+ --&gt; K^0_S pi^+, a direct CP asymmetry, at the level of 0.33%, is expected from K^0/anti{K}^0 mixing in the final state with any asymmetry significantly different than that being a signature for new physics. In addition, we report on a search for CP violation in Cabibbo suppressed D+ --&gt; K0s K+ pi+ pi- decays and allowed Ds+ --&gt; K0s K+ pi+ pi- decays which is signaled  by the difference between the T-odd asymmetries, obtained using triple product correlations, measured for D(s)+ and D(s)- decays.</abstract>
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   <title>CP violation and mixing in charm decays at Belle</title>
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     <name first="Byeong Rok" middle="" last="Ko"></name>
     <organization></organization>
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    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-23T17:15:00</startDate>
   <endDate>2010-07-23T17:28:00</endDate>
   <duration>00:13</duration>
   <abstract>We have searched for CP violation of charmed mesons in the decays D --&gt; K0_S P, where D denotes D0, D^+ and D_s^+, and P denotes the pseudo-scalar mesons \pi^+, K^+, \pi0, eta and eta^'. No evidence of CP violation in these decays is observed. We have measured the CP asymmetry difference between the Cabibbo suppressed decay  D^+ --&gt; phi pi^+ and the Cabibbo favored D_s^+ --&gt; phi pi^+ decays. The measured asymmetry is corrected for the residual asymmetry due to detector effects, and the contributions of both CP and forward-backward asymmetries are determined. We also present a measurement of D0-anti-D0 mixing parameters in three-body D0 decays using a time-dependent Dalitz plot analysis. These results are obtained on a large data sample collected at and near the Upsilon(4S) resonance with the Belle detector operating at the KEKB asymmetric-energy e^+ e^- collider. </abstract>
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   <title>Results and prospects for Charm Physics at LHCb</title>
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     <email>victor.egorychev@cern.ch</email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-23T17:30:00</startDate>
   <endDate>2010-07-23T17:43:00</endDate>
   <duration>00:13</duration>
   <abstract>Precision measurements in charm physics offer a window into a unique sector of potential New Physics interactions. LHCb is poised to become a world leading experiment for charm studies, recording enormous statistics with a detector tailored for flavour physics. The conditions of the 2010-11 run of LHC are especially conducive to the collection of charm events, with a very large data set already attainable this year. First charm results will be shown using data collected at LHCb in pp collisions at 7 TeV center-of-mass energy. The prospects for measurements of CP violation, mixing, and rare decays of charm mesons at LHCb will also be presented.</abstract>
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   <title>Extracting CP violation and strong phase in D decays by using quantum correlations in psi(3770) -&gt; D0 D0bar -&gt; (V_1V_2)(V_3V_4) and psi(3770) -&gt; D0 D0bar -&gt; (V_1V_2)(K pi)</title>
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     <title></title>
     <name first="Xian-Wei" middle="" last="Kang"></name>
     <organization>IHEP,China</organization>
     <email>kangxw@ihep.ac.cn</email>
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     <title></title>
     <name first="Xian-Wei" middle="" last="Kang"></name>
     <organization>IHEP,China</organization>
     <email>kangxw@ihep.ac.cn</email>
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     <title></title>
     <name first="Jerome" middle="" last="Charles"></name>
     <organization>Centre de Physique Th\'eoriqueUniv. Aix-Marseille 1 \&amp; 2 and Sud Toulon-Var (UMR 6207)</organization>
     <email></email>
    </user>
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     <title></title>
     <name first="Sebastien" middle="" last="Descotes-Genon"></name>
     <organization>LPT,Orsay</organization>
     <email></email>
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     <title></title>
     <name first="Hai-Bo" middle="" last="Li"></name>
     <organization>IHEP,China</organization>
     <email></email>
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     <title></title>
     <name first="Gong-Ru" middle="" last="Lu"></name>
     <organization>Department of physics,Henan normal univ.China</organization>
     <email></email>
    </user>
   </coAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-23T17:45:00</startDate>
   <endDate>2010-07-23T17:58:00</endDate>
   <duration>00:13</duration>
   <abstract>The charm quark offers interesting opportunities to cross-check the mechanism of CP violation precisely tested in the strange and beauty sectors. In this paper, we exploit the angular and quantum correlations in the D Dbar pairs produced through the decay of the psi(3770) resonance in a charm factory to investigate CP-violation in two different ways. We build CP-violating observables in psi(3770) -&gt; D Dbar -&gt; (V_1V_2)(V_3 V_4) to isolate specific New Physics effects in the charm sector. We also consider the case of psi(3770) -&gt; D Dbar -&gt; (V_1V_2)(K pi) decays, which provide a new way to measure the strong phase difference delta between Cabibbo-favoured and doubly-Cabibbo suppressed D decays required in the determination of the CKM angle gamma. Neglecting the systematics, we give a first rough estimate of the sensitivities of these measurements  at BES-III with an integrated luminosity of 20 fb-1 at psi(3770) peak and at a future Super tau-charm factory with a luminosity of 10^35 cm-2 s-1.</abstract>
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   <user>
    <title></title>
    <name first="Gudrun" middle="" last="Heinrich"></name>
    <organization>University of Durham</organization>
    <email>gudrun.heinrich@durham.ac.uk</email>
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   <name></name>
   <address>None</address>
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  <startDate>2010-07-23T16:15:00</startDate>
  <endDate>2010-07-23T18:00:00</endDate>
  <duration>01:45</duration>
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   <ID>266</ID>
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   <title>Status of Higher Order QCD calculations</title>
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     <title></title>
     <name first="Aude" middle="" last="Gehrmann-De Ridder"></name>
     <organization>ETH Zurich</organization>
     <email>gehra@itp.phys.ethz.ch</email>
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     <name first="Aude" middle="" last="Gehrmann-De Ridder"></name>
     <organization>ETH Zurich</organization>
     <email>gehra@itp.phys.ethz.ch</email>
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   <startDate>2010-07-23T16:15:00</startDate>
   <endDate>2010-07-23T16:32:00</endDate>
   <duration>00:17</duration>
   <abstract>All physics reactions at the LHC are initiated by partonic processes, which are determined by QCD. To interpret potential signals and their backgrounds, one thus requires a solid understanding of the QCD dynamics, which is achieved by including higher order perturbative corrections. We review the recent progress on higher order calculations in QCD, focusing on the calculation of multi-leg processes at next-to-leading order (NLO) and on precision observables at next-to-next-to-leading order (NNLO). We summarize recent results and important physics implications, and discuss technical developments for the systematic calculation of QCD corrections.</abstract>
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   <title>Higgs boson production at LHC to NNLO accuracy and finite top quark mass effects</title>
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     <name first="Matthias" middle="" last="Steinhauser"></name>
     <organization>KIT</organization>
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     <name first="Matthias" middle="" last="Steinhauser"></name>
     <organization>KIT</organization>
     <email>matthias.steinhauser@uka.de</email>
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   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Dr.</title>
     <name first="Alexey" middle="" last="Pak"></name>
     <organization>KIT</organization>
     <email></email>
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    <user>
     <title>Dr.</title>
     <name first="Smirnov" middle="" last="Rogal"></name>
     <organization>KIT</organization>
     <email></email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
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   <startDate>2010-07-23T16:35:00</startDate>
   <endDate>2010-07-23T16:50:00</endDate>
   <duration>00:15</duration>
   <abstract>In this talk we consider the production of the Standard Model Higgs boson in the gluon fusion process to NNLO. An approach is presented which allows the calculation of the cross section beyond the heavy-top quark approximation thus leading to results which include the effects of a finite top quark mass. Numerical results are shown for the CERN Large Hadron Collier (LHC).</abstract>
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    <id>0</id>
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   <title>NLO QCD corrections to pp -&gt; t anti-t b anti-b</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Stefan" middle="" last="Dittmaier"></name>
     <organization>Universitaet Freiburg</organization>
     <email>stefan.dittmaier@physik.uni-freiburg.de</email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-23T16:52:00</startDate>
   <endDate>2010-07-23T17:07:00</endDate>
   <duration>00:15</duration>
   <abstract>The production of t anti-t b anti-b final states represents one of the most important beackground processes for Higgs production in association with top-quark pairs at the LHC. A good background control is indispensible for an analysis of the ttH(-&gt;bb) signal, requiring next-to-leading order (NLO) predictions for both signal and background. The talk describes a recently completed NLO QCD calculation for pp-&gt;ttbb at the LHC, a calculation that is at the calculational frontier of NLO predictions for so-called multi-leg processes. Moreover, results from a phenomenologically driven analysis are discussed.</abstract>
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    <name></name>
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   <startDate>2010-07-23T17:09:00</startDate>
   <endDate>2010-07-23T17:24:00</endDate>
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     <name first="Nikolaos" middle="" last="Kidonakis"></name>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-23T17:26:00</startDate>
   <endDate>2010-07-23T17:41:00</endDate>
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   <abstract>I present results for the resummation of soft-gluon contributions to QCD hard-scattering cross sections at next-to-next-to-leading logarithm accuracy. A key ingredient is the calculation of two-loop soft anomalous dimensions for the partonic processes. Explicit expressions and applications are provided for processes that involve massless partons and/or massive quarks.</abstract>
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  <startDate>2010-07-24T09:00:00</startDate>
  <endDate>2010-07-24T10:30:00</endDate>
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   <ID>619</ID>
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   <title>Results from the Final Runs of the CDMSII Experiment</title>
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     <title>Dr.</title>
     <name first="Marek" middle="" last="Kos"></name>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-24T09:00:00</startDate>
   <endDate>2010-07-24T09:17:00</endDate>
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   <abstract>The Cryogenic Dark Matter Search (CDMS) is a world leader in sensitivity to Weakly Interacting Massive Particles (WIMPs).  CDMS uses a combination of ionization and phonon energy to identify nuclear recoils arising from potential WIMP scatters. As published in Science vol. 327 p.1619, exposure from the final run of the CDMS-II detectors totalled 612 kg-days for the Ge detectors after data-quality cuts were applied.  In this final run we observed 2 candidate events in our signal region with an expected background of 0.9+/-0.2 events.  The probability to observe 2 events with our expected background is 23%, thus we cannot claim a WIMP detection. The combined CDMSII result excludes new parameter space in elastic and inelastic dark matter models.  The analysis of the final CDMSII run will be described</abstract>
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     <name first="Shin-Ted" middle="" last="Lin"></name>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-24T09:20:00</startDate>
   <endDate>2010-07-24T09:33:00</endDate>
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   <abstract>Experiments with sub-keV sensitivities open a window to search for WIMPs at the mass range of less than 10 GeV and for axions through resonant absorption. We will present data taken with a 500-g Point Contact Germanium detector at the Kuo-Sheng Neutrino Laboratory in 2009-2010, which improve over previous sensitivities [1]. A dedicated experiment is now under preparation at the new China Jin-Ping Underground Laboratory which has over 2500 m of rock overburden and has horizontal drive-in access [2]. Data taking is scheduled by Fall 2010. The status of construction of the laboratory and the experiment will be presented. Future plans will be discussed. 

Reference: 
1. S.T. Lin et al., Phys. Rev. D 79, 061101 (R) (2009). 
2. D. Normile, Science 324, 1246 (2009).</abstract>
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   <abstract>Cosmological and astrophysical measurements indicate that our galaxy is filled with a new type of matter previously unknown to physics. This "dark matter" apparently has no electromagnetic or strong interactions, but an interaction of the strength of the weak nuclear force is strongly suggested by the data. The LUX collaboration is attempting to detect the faint signature of weakly interacting dark matter as it passes through the earth. The experiment searches for recoiling atomic nuclei in a target consisting of 350 kg of liquefied xenon. LUX is the largest experiment of its type ever attempted, and it is expected to improve upon current experimental sensitivities by two orders of magnitude. The experiment is being assembled at the Sanford Underground Science and Engineering Laboratory (SUSEL) in Lead, South Dakota, USA, and first data is expected in 2011. We report on the status of LUX and the prospects for future large-scale dark matter searches with liquid xenon.</abstract>
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   <title>Charm mixing in the Standard Model</title>
   <speakers>
    <user>
     <title></title>
     <name first="Markus" middle="" last="Bobrowski"></name>
     <organization>University of Regensburg</organization>
     <email>markus.bobrowski@physik.uni-regensburg.de</email>
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    <user>
     <title></title>
     <name first="Markus" middle="" last="Bobrowski"></name>
     <organization>University of Regensburg</organization>
     <email>markus.bobrowski@physik.uni-regensburg.de</email>
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    <user>
     <title>Prof.</title>
     <name first="Alexander" middle="" last="Lenz"></name>
     <organization>TU Dortmund</organization>
     <email>alexander.lenz@tu-dortmund.de</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
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   <startDate>2010-07-24T09:00:00</startDate>
   <endDate>2010-07-24T09:15:00</endDate>
   <duration>00:15</duration>
   <abstract>We investigate the mixing of neutral charmed mesons within the Standard Model (SM), using the framework of Heavy Quark Expansion (HQE). In a recent study, we have argued that a CP phase of the order of 1 per mille to 1 per cent could be present in charm mixing in the SM. Our arguments rely on the enhancement of higher-dimensional terms in the HQE due to a lifting of the severe GIM suppression inherent to the dimension-six result. We propose a factorisation approach to quantify the amount of SU(3) symmetry breaking in dimension 10 and 12 on more solid grounds and report on first numerical results of this study.</abstract>
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  <contribution>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
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   </type>
   <title>Semileptonic D Meson Decays from CLEO-c</title>
   <speakers>
    <user>
     <title></title>
     <name first="David" middle="" last="Cassel"></name>
     <organization>Cornell University</organization>
     <email>david.cassel@cern.ch</email>
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     <title></title>
     <name first="David" middle="" last="Cassel"></name>
     <organization>Cornell University</organization>
     <email>david.cassel@cern.ch</email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
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   <startDate>2010-07-24T09:15:00</startDate>
   <endDate>2010-07-24T09:30:00</endDate>
   <duration>00:15</duration>
   <abstract>Using the full CLEO-c D0D0bar, D+D-, and DsbarDs* data samples, we have made precision measurements of many D meson semileptonic branching fractions and form factors. The results for the form factors of exclusive D+ and D0 semileptonic decays to K and π mesons agree well with recent Lattice QCD calculations. Using a non-parametric technique, we measure the form factor for D+-&gt;K0*bar e v_e decay and also the mass-suppressed form factor in D+-&gt;K0*bar µ v_µ decay. We report new results for the Cabibbo-suppressed semileptonic decays to the vector mesons, D0-&gt;ρ- e+ v_e, D+-&gt;ρ0 e+ v_e, and D+-&gt;ω e+ v_e, as well as to the scalars η and η'. We also report measurements of exclusive Ds semileptonic decays to a variety of final states. Finally, we report precision measurements of inclusive D0, D+, and Ds semileptonic decays.</abstract>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Charm Physics at SuperB</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Brian" middle="" last="Meadows"></name>
     <organization>University of Cincinnati</organization>
     <email>meadowbt@ucmail.uc.edu</email>
    </user>
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     <title>Prof.</title>
     <name first="Brian" middle="" last="Meadows"></name>
     <organization>University of Cincinnati</organization>
     <email>meadowbt@ucmail.uc.edu</email>
    </user>
    <user>
     <title></title>
     <name first="Adrian" middle="" last="Bevan"></name>
     <organization>Queen Mary University London</organization>
     <email>a.j.bevan@qmul.ac.uk</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-24T09:30:00</startDate>
   <endDate>2010-07-24T09:45:00</endDate>
   <duration>00:15</duration>
   <abstract>The study of Charm Decays at SuperB provide unique opportunities to understand the Standard Model and constrain new physics, both at the Y(4S), and at charm threshold.  We discuss the physics potential of such measurements from the proposed SuperB experiment with 75 ab-1 of data at the Y(4S) and a subsequent run dedicated to exploiting quantum correlations at the charm threshold.</abstract>
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   <ID>1247</ID>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
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   </type>
   <title>Search for the decays B+ -&gt; D+ K(*)0</title>
   <speakers>
    <user>
     <title></title>
     <name first="Xavier" middle="" last="Prudent"></name>
     <organization>Inst. fuer Kern- und Teilchenphysik (IKTP)-Technische Universita</organization>
     <email>prudent@physik.tu-dresden.de</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Michael" middle="" last="RONEY"></name>
     <organization>Victoria Univ</organization>
     <email>roney@slac.stanford.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-24T09:45:00</startDate>
   <endDate>2010-07-24T10:00:00</endDate>
   <duration>00:15</duration>
   <abstract>We report on the search for the rare decays B+ -&gt; D+ K0 and B+ -&gt; D+ K*0 decays using 426 fb-1 of data (468 10^6 BBbar pairs) collected at the Upsilon(4S) resonance with the BaBar detector at the PEP-II B factory at SLAC.</abstract>
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   <track>05 - Heavy Quarks Properties (experiment and theory)</track>
   <type>
    <id>0</id>
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   <title>Open charm via D mesons using the ALICE detector at CERN-LHC</title>
   <speakers>
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     <title></title>
     <name first="Grelli" middle="" last="Alessandro"></name>
     <organization>Utrecht</organization>
     <email>alessandro.grelli@cern.ch</email>
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     <title></title>
     <name first="Alessandro" middle="" last="Grelli"></name>
     <organization>Utrecht</organization>
     <email>a.grelli@uu.nl</email>
    </user>
   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle 253</room>
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   <startDate>2010-07-24T10:00:00</startDate>
   <endDate>2010-07-24T10:15:00</endDate>
   <duration>00:15</duration>
   <abstract>Charm and bottom quarks have been proposed as probes to study hot quark matter produced in high-energy heavy-ion collisions. The detailed understanding of the charm cross-section in proton-proton collisions as well as the production mechanisms is of considerable interest as QCD test tool and as reference calibration for heavy-ion studies.  Measurements of D mesons yield in minimum bias proton-proton collisions can be used to extract the charm cross-section. In this contribution we present latest results on performance studies of the reconstruction of  D0, D*  and D+ mesons in proton-proton collisions at √s = 7 TeV using the ALICE central detector. The D0 meson is reconstructed through the hadronic channel D0 → K-π+ while the D* meson is reconstructed through the hadronic decay sequence D*+ → D0π+ and D0 → K-π+ (and their charge conjugate channels). The D+ is reconstructed through the channel D+ → K-π+ π+ . A preliminary  discussion on possible sources of systematic is done.</abstract>
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  <contribution>
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    <id>0</id>
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   <title>Studies of D_s decays at Babar</title>
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    <user>
     <title></title>
     <name first="Marco" middle="" last="Pappagallo"></name>
     <organization>Universita &amp; INFN, Bari</organization>
     <email>marco.pappagallo@ba.infn.it</email>
    </user>
   </speakers>
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     <title></title>
     <name first="Michael" middle="" last="Roney"></name>
     <organization>SLAC</organization>
     <email>roney@slac.stanford.edu</email>
    </user>
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    <name></name>
    <address>None</address>
    <room>Salle 253</room>
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   <startDate>2010-07-24T10:15:00</startDate>
   <endDate>2010-07-24T10:30:00</endDate>
   <duration>00:15</duration>
   <abstract>We present a measurement of the absolute branching fraction Br(Ds-&gt;µ v_µ) and Br(Ds-&gt;τ v_τ) and of the Ds decay constant, f_Ds, using 521 fb-1} of data collected by the BABAR detector at the PEP-II storage rings at SLAC. We also obtained an upper limit on Br(Ds-&gt;e v_e). Ds events are detected by reconstructing the recoiling system, D K X γ, in events of the type e+e--&gt;D K X Ds*, where Ds*-&gt;Ds γ and X represents additional pions from fragmentation. We also perform a Dalitz plot analysis of ~10^5 Ds+-&gt;K+ K- π+ decays. Events are selected from continuum e+e- annihilations using 384 fb-1 of data collected with the BaBar detector at PEP-II. A model-independent partial wave analysis is performed in the low K+K- mass region which allows to extract the S and P-wave amplitudes and their relative phase. We also measure relative branching fractions of Ds+-&gt;K+ K- K+ and Ds+-&gt;K+ K+ π-.</abstract>
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  <code>10-5</code>
  <title>10 - Beyond the Standard Model (theory and experimental searches)</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Sacha" middle="" last="Davidson"></name>
    <organization>Institut de Physique Nucleaire de Lyon (IPNL)-Université Claude Bernard</organization>
    <email>s.davidson@ipnl.in2p3.fr</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 242B</room>
  </location>
  <startDate>2010-07-24T09:00:00</startDate>
  <endDate>2010-07-24T10:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>904</ID>
   <parentProtection>false</parentProtection>
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   <track>10 - Beyond the Standard Model (theory and experimental searches)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Recent Progress in SUSY GUTs</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Kaladi" middle="" last="Babu"></name>
     <organization>Oklahoma State University</organization>
     <email>babu@okstate.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Kaladi" middle="" last="Babu"></name>
     <organization>Oklahoma State University</organization>
     <email>babu@okstate.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T09:00:00</startDate>
   <endDate>2010-07-24T09:15:00</endDate>
   <duration>00:15</duration>
   <abstract>I will summarize recent developments in 4-dimensional supersymmetric grand unified model building.  A class of SUSY GUTs based on SO(10) will be presented which successfully addresses for the first time (i) the doublet-triplet splitting probelm to all orders, (ii) realistic quark and lepton mixing, (iii) gauge coupling unification including GUT scale threshold effects, and (i) the origin of the µ term.  Expectations for proton lifetime in these models will be discussed, which shows an interesting correlation between the e+ pi0 mode and the nubar K+ mode.  An improvement in the experimental sensitivity by about a factor of ten should reveal proton decay in both these channels, with the lifetime for p -&gt; e+ pi0 predicted to be below a few times 10^34 years.
This work is primarily based on the paper "Constraining Proton Lifetime in SO(10) with Stabilized Doublet-Triplet Splitting", by K.S. Babu, Jogesh C. Pati and Zurab Tavartkiladze, arXiv:1003.2625v2 [hep-ph].</abstract>
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  <contribution>
   <ID>309</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>10 - Beyond the Standard Model (theory and experimental searches)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Search for Nucleon Decays in Super-Kamiokande</title>
   <speakers>
    <user>
     <title></title>
     <name first="Makoto" middle="" last="Miura"></name>
     <organization>ICRR</organization>
     <email>miuram@icrr.u-tokyo.ac.jp</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The Super-Kamiokande Collaboration"></name>
     <organization></organization>
     <email></email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T09:20:00</startDate>
   <endDate>2010-07-24T09:35:00</endDate>
   <duration>00:15</duration>
   <abstract>Grand Unified Theories (GUTs) is motivated by merging of the coupling constants of the strong, weak, and electromagnetic forces at a large energy scale (~ 10^16 GeV ), which is out of the reach of accelerators. One of the other general features of GUTs is that they allow lepton and baryon number violations and they predict instability of
nucleons. Then nucleon decay experiments are the direct probe for GUTs. 
 The Super-Kamiokande (SK) is a water cherenkov detector which keeps running to detect nucleon decays with large mass. There are no other nucleon decay detectors which have as long exposure as SK. The results of nucleon decay search based on 173 kton year (1996-2008) will be presented in the conference.The favored decay mode in GUTs based on SU(5) symmetry is p-&gt;e^+ pi^0. On the other hand, p-&gt;nu K^+ is favored by SUSY GUTs model. Those two modes will be mainly discussed.</abstract>
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  <contribution>
   <ID>662</ID>
   <parentProtection>false</parentProtection>
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   <track>10 - Beyond the Standard Model (theory and experimental searches)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Geometrical Origin of CP Violation and CKM and MNS Matrices in SU(5) x T’</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Kalyana" middle="" last="Mahanthappa"></name>
     <organization>University of Colorado</organization>
     <email>ktm@pizero.colorado.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Kalyana" middle="" last="Mahanthappa"></name>
     <organization>University of Colorado</organization>
     <email>ktm@pizero.colorado.edu</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Prof.</title>
     <name first="Mu-Chun" middle="" last="Chen"></name>
     <organization>University of California at Irvine</organization>
     <email></email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T09:40:00</startDate>
   <endDate>2010-07-24T09:50:00</endDate>
   <duration>00:10</duration>
   <abstract>:  We propose the complex group theoretical Clebsch-Gordan coefficients as a novel origin of CP violation. This is manifest in our model based on SUSY SU(5)  combined with the double tetrahedral group, T', as the family symmetry. Due to the presence of the doublet representations in T', there exist complex CG coefficients, leading to explicit CP violation in the model, while the Yukawa couplings and the vacuum expectation values of the scalar fields remain real. The tri-bimaximal neutrino mixing matrix arises from the CG coefficients of T'. In addition to the prediction for theta_13 ~ (1/(3sqrt(2))) theta_c, the model gives rise to a sum rule, tan2(theta_sol) ~ tan2(theta_sol_TBM) + (1/2) theta_c cos(delta_ell), which is a consequence of the Georgi-Jarlskog relations in the charged fermion sector. The predicted leptonic Dirac CP phase, delta_ell, gives the correct value of the solar mixing angle, and the predicted CP violation measures in the quark sector are consistent with the current experimental data. With flavor  effects included, sufficient amount of baryon number asymmetry can be obtained through leptogenesis. Since the Dirac CP phase is the only non-vanishing phase predicted in the lepton sector, there is a connection between leptogenesis and low energy leptonic CP violating processes in our model.</abstract>
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  <contribution>
   <ID>1112</ID>
   <parentProtection>false</parentProtection>
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   <track>10 - Beyond the Standard Model (theory and experimental searches)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>The Search for New Physics at HERA</title>
   <speakers>
    <user>
     <title></title>
     <name first="Gerhard Immanuel" middle="" last="Brandt"></name>
     <organization>Deutsches Elektronen-Synchrotron (DESY)</organization>
     <email>gerhard.immanuel.brandt@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The H1 Collaboration"></name>
     <organization></organization>
     <email></email>
    </user>
    <user>
     <title></title>
     <name first="" middle="" last="The Zeus Collaboration"></name>
     <organization></organization>
     <email></email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T10:10:00</startDate>
   <endDate>2010-07-24T10:25:00</endDate>
   <duration>00:15</duration>
   <abstract>This talk will cover the latest results on a variety of searches for new physics at HERA by the ZEUS and H1 Collaborations.</abstract>
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    <title>Slides</title>
    <description></description>
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 </session>
 <session>
  <ID>53</ID>
  <parentProtection>false</parentProtection>
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  <code>06-5</code>
  <title>06 - CP violation, CKM and Rare Decays</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Zoltan" middle="" last="Ligeti"></name>
    <organization>Lawrence Berkeley National Laboratory</organization>
    <email>zligeti@lbl.gov</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 242A</room>
  </location>
  <startDate>2010-07-24T09:00:00</startDate>
  <endDate>2010-07-24T10:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>1177</ID>
   <parentProtection>false</parentProtection>
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   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Measuring b -&gt; sgamma, b -&gt; dgamma and |Vtd/Vts| at BaBar</title>
   <speakers>
    <user>
     <title></title>
     <name first="Deborah" middle="" last="Bard"></name>
     <organization>SLAC</organization>
     <email>djbard@slac.stanford.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Collaboration" middle="" last="BABAR"></name>
     <organization>SLAC</organization>
     <email>roney@slac.stanford.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-24T09:00:00</startDate>
   <endDate>2010-07-24T09:13:00</endDate>
   <duration>00:13</duration>
   <abstract>We use the Upsilon(4S) dataset collected with the Babar detector at the PEP-II asymmetric e+e- storage ring to study the penguin decay modes. Here we report on a study of the radiative penguin decay B -&gt; Xs gamma at BABAR using lepton-tagging to identify BBbar events. We present new results on the B -&gt; Xs gamma branching fraction and direct CP asymmetry, based on a sample of 380 million BBbar pairs. We also present new results of a search for B -&gt; X_d gamma decays.  We consider seven final states with up to four charged pions and one neutral pion or \eta, which correspond to about 50% of the total X_d fragmentation in the mass range investigated. We observe for the first time a significant b-&gt;d gamma transition in the hadronic mass range M(Xd) &gt; 1 GeV, resulting in a significant improvement in the determination of |Vtd/Vts| via the ratio of inclusive widths.</abstract>
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  <contribution>
   <ID>135</ID>
   <parentProtection>false</parentProtection>
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   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Power suppressed effects in Bbar -&gt; Xs gamma at O(alpha_s)</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Soumitra" middle="" last="Nandi"></name>
     <organization>University of Torino</organization>
     <email>nandi@to.infn.it</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Soumitra" middle="" last="Nandi"></name>
     <organization>University of Torino</organization>
     <email>nandi@to.infn.it</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Prof.</title>
     <name first="Paolo" middle="" last="Gambino"></name>
     <organization>University of Torino</organization>
     <email>gambino@to.infn.it</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Thorstein" middle="" last="Ewerth"></name>
     <organization>University of Karlsruhe</organization>
     <email>ewerth@to.infn.it</email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-24T09:15:00</startDate>
   <endDate>2010-07-24T09:28:00</endDate>
   <duration>00:13</duration>
   <abstract>We compute the O(alphas) corrections to the Wilson coefficients of the dimension five operators emerging from the Operator Product Expansion of inclusive radiative B decays. We employ an off-shell matching procedure and discuss the impact of the resulting O(alpha_s Lambda_QCD^2/m_b^2) corrections on the extraction of m_b and mu_pi^2 from the moments of the photon spectrum.</abstract>
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   <title>Measurement of the decay B^0 -&gt; pi^- l^+ nu in untagged events and determination of |V_ub| at Belle</title>
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     <title></title>
     <name first="Hyuncheong" middle="" last="Ha"></name>
     <organization>Korea University</organization>
     <email>hcha@hep.korea.ac.kr</email>
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     <title></title>
     <name first="Karim" middle="" last="Trabelsi"></name>
     <organization>KEK</organization>
     <email>karim.trabelsi@kek.jp</email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-24T09:30:00</startDate>
   <endDate>2010-07-24T09:43:00</endDate>
   <duration>00:13</duration>
   <abstract>We present a measurement of the charmless semileptonic decay B^0 --&gt; pi^- l^+ nu using a large sample of untagged Upsilon(4S)--&gt; B anti-B events collected with the Belle detector at the KEKB e^+ e^- asymmetric collider. From the results, we determine the branching fraction of the decay and extract the Cabibbo-Kobayashi-Maskawa matrix element |V_{ub}| using various approaches.</abstract>
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     <email>roney@slac.stanford.edu</email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-24T09:45:00</startDate>
   <endDate>2010-07-24T09:58:00</endDate>
   <duration>00:13</duration>
   <abstract>We present a set of measurements of semileptonic B meson charmless decays using the BABAR data set collected at the SLAC e+e- B-factory operating on the Upsilon(4S) resonance. This paper includes: the measurement of the branching fraction of the exclusive charmless semileptonic decay B-&gt;omega l nu,  where l is either an electron or a muon, with the charged B meson  recoiling against a tag  B meson decaying in the charmed semileptonic modes B -&gt; DXlnu; and studies of B -&gt; rho l nu, pi l nu and eta(') l nu decays in which branching fractions and  distributions in the momentum transfer squared are measured and used to determine the CKM matrix element |Vub|.</abstract>
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   <title>Measurements of Partial Branching Fractions for B -&gt; X_u l anti-nu and Determination of |Vub|</title>
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     <name first="Michael" middle="" last="Sigamani"></name>
     <organization>Dipartimento di Fisica G. Marconi-Universita di Roma I 'La Sapie</organization>
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     <name first="Michael" middle="" last="Roney"></name>
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     <email>roney@slac.stanford.edu</email>
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     <name first="TBD" middle="" last="TBD"></name>
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    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-24T10:00:00</startDate>
   <endDate>2010-07-24T10:13:00</endDate>
   <duration>00:13</duration>
   <abstract>We present partial branching fractions for inclusive charmless semi-leptonic B decays anti-B -&gt; X_u l anti-nu, and the determination of the CKM matrix element |V_{ub}|. The analysis is based on a sample of Upsilon(4S) decays into B anti-B pairs collected with the BABAR detector at the PEP-II e+ e- storage rings. We select events using either the invariant mass M_X of the hadronic system, the invariant mass squared, q^2 of the lepton and neutrino pair, the kinematic variable P_+, the lepton energy E_l, or one of their combinations. We determine partial branching fractions in limited regions of phase space. Corresponding values of |V_{ub}| are extracted using several theoretical calculations.</abstract>
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   <title>Towards a global fit to extract the B -&gt; X_s gamma rate and |Vub|</title>
   <speakers>
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     <title>Mr.</title>
     <name first="Florian" middle="" last="Bernlochner"></name>
     <organization>Humboldt University of Berlin</organization>
     <email>florian@slac.stanford.edu</email>
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     <name first="Florian" middle="" last="Bernlochner"></name>
     <organization>Humboldt University of Berlin</organization>
     <email>florian@slac.stanford.edu</email>
    </user>
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     <title>Prof.</title>
     <name first="Heiko" middle="" last="Lacker"></name>
     <organization>Humboldt University of Berlin</organization>
     <email>lacker@physik.hu-berlin.de</email>
    </user>
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     <title>Dr.</title>
     <name first="Zoltan" middle="" last="Ligeti"></name>
     <organization>Lawrence Berkeley National Laboratory</organization>
     <email>igeti@lbl.gov</email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Iain" middle="" last="Stewart"></name>
     <organization>Massachusetts Institute of Technology</organization>
     <email>iains@mit.edu</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Frank" middle="" last="Tackmann"></name>
     <organization>Massachusetts Institute of Technology</organization>
     <email>frank@mit.edu</email>
    </user>
    <user>
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     <name first="Kerstin" middle="" last="Tackmann"></name>
     <organization>CERN</organization>
     <email>kerstin.tackmann@cern.ch</email>
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    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-24T10:15:00</startDate>
   <endDate>2010-07-24T10:28:00</endDate>
   <duration>00:13</duration>
   <abstract>The total B -&gt; X_s gamma rate and the CKM-matrix element |Vub| determined from semileptonic B-meson decays play an important role in finding indirect evidence of new physics in the flavor sector of the Standard Model, complementary to the direct searches at LHC and Tevatron. Their determination requires the precise knowledge of the parton distribution function for the b quark in the B-meson (called the shape function). We implement a new model-independent framework for the shape function with reliable theoretical uncertainties based on an expansion in a suitable set of basis functions. This is a significant improvement over using model functions. We present the current status of a global fit to BaBar and Belle data to extract the shape function, the B -&gt; X_s gamma rate and |Vub|.</abstract>
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    <name first="Laurent" middle="" last="SCHOEFFEL"></name>
    <organization>CEA Saclay</organization>
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   <name></name>
   <address>None</address>
   <room>Salle 252B</room>
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  <startDate>2010-07-24T09:00:00</startDate>
  <endDate>2010-07-24T10:30:00</endDate>
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   <title>Direct photon production with effective field theory</title>
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    <user>
     <title></title>
     <name first="Thomas" middle="" last="Becher"></name>
     <organization>University of Bern</organization>
     <email>becher@itp.unibe.ch</email>
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     <title></title>
     <name first="Thomas" middle="" last="Becher"></name>
     <organization>University of Bern</organization>
     <email>becher@itp.unibe.ch</email>
    </user>
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     <title></title>
     <name first="Matthew" middle="" last="Schwartz"></name>
     <organization>Harvard University</organization>
     <email></email>
    </user>
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    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
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   <startDate>2010-07-24T09:00:00</startDate>
   <endDate>2010-07-24T09:17:00</endDate>
   <duration>00:17</duration>
   <abstract>The production of hard photons in hadronic collisions is studied using Soft-Collinear Effective Theory (SCET). This is the first application of SCET to a physical, observable cross section involving energetic partons in more than two directions. The final resummed inclusive direct photon distribution is valid to next-to-next-to-leading logarithmic order (NNLL), one order beyond previous work. The result is improved by including non-logarithmic terms and photon isolation cuts through matching, and compared to Tevatron data and to fixed order results at the Tevatron and the LHC. The resummed cross section has a significantly smaller theoretical uncertainty than the next-to-leading fixed-order result, particularly at high transverse momentum.</abstract>
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    <id>0</id>
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   </type>
   <title>Direct Photons at HERA</title>
   <speakers>
    <user>
     <title></title>
     <name first="Juan" middle="" last="Terron"></name>
     <organization>DESY</organization>
     <email>terron@mail.desy.de</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Katja" middle="" last="Krueger"></name>
     <organization>DESY/Heidelberg</organization>
     <email>kruegerk@mail.desy.de</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Tobias" middle="" last="Haas"></name>
     <organization>DESY</organization>
     <email>tobias.haas@desy.de</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-24T09:20:00</startDate>
   <endDate>2010-07-24T09:37:00</endDate>
   <duration>00:17</duration>
   <abstract>The production of prompt photons is measured in the photoproduction regime of electron-proton scattering at HERA. Cross sections are measured for photons with transverse momentum and pseudorapidity in the range 6 &lt; Et &lt; 15 GeV and -1.0 &lt; eta &lt; 2.4, respectively. The results are compared with QCD predictions based on the collinear and on the k_T factorisation approaches. The first measurement of diffractive scattering of quasi-real photons  with large momentum transfer gamma p -&gt; gamma Y, where Y is theproton dissociative system, is made using the H1 detector at HERA. The measurement is performed for initial photon virtualities Q^2 &lt; 0.01 GeV^2.The W dependence is well described by a model based on perturbative QCD using a leading logarithmic approximation of the BFKL evolution. New measurements of elastic deeply virtual Compton scattering gamma* p -&gt; gamma p using e^+ p and e^- p collision data recorded with the H1 and ZEUS detectors at HERA (full stat) are also presented.</abstract>
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    <id>0</id>
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   <title>Direct Photon Results from Tevatron</title>
   <speakers>
    <user>
     <title></title>
     <name first="Konstantinos" middle="" last="Vellidis"></name>
     <organization>Fermilab</organization>
     <email>vellidis@fnal.gov</email>
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   <primaryAuthors>
    <user>
     <title></title>
     <name first="Physics Coordinators" middle="" last="D0"></name>
     <organization>D0</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Kevin" middle="" last="Pitts"></name>
     <organization>University of Illinois</organization>
     <email>kpitts@uiuc.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-24T09:40:00</startDate>
   <endDate>2010-07-24T09:57:00</endDate>
   <duration>00:17</duration>
   <abstract>We report measurements of the direct photon pair production cross section in ppbar collisions at the Fermilab Tevatron Collider using data collected by the CDF and D0 experiments and corresponding to integrated luminosities of 5.3 and 4.2/fb, respectively. Differential cross section measurements are compared with different perturbative QCD predictions, indicating significant disagreements between data and theory in regions of the phase space, suggesting the need for further theoretical studies of the di-photon production process. We also report measurement of the inclusive direct photon production cross section using data from the CDF experiment corresponding to an integrated luminosity of 2.5/fb and measurements of the gamma+b+X and gamma+c+X differential cross sections using data from the D0 experiment corresponding to an integrated luminosity of 1/fb. Results are compared to next-to-leading order perturbative QCD predictions.</abstract>
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    <id>0</id>
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   <title>Isolated Photons at CMS</title>
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    <user>
     <title>Dr.</title>
     <name first="Rong-Shyang" middle="" last="Lu"></name>
     <organization>Physics Department - National Taiwan University (NTU)</organization>
     <email>rong-shyang.lu@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Bolek" middle="" last="Wyslouch"></name>
     <organization>CMS</organization>
     <email>wyslouch@mit.edu</email>
    </user>
    <user>
     <title></title>
     <name first="Manfred" middle="" last="Krammer"></name>
     <organization>CMS</organization>
     <email>manfred.krammer@cern.ch</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-24T10:00:00</startDate>
   <endDate>2010-07-24T10:13:00</endDate>
   <duration>00:13</duration>
   <abstract>We present preliminary results on the measurement of isolated photon production cross section in proton-proton collisions at sqrt(s) = 7 TeV, using data collected with the CMS detector. We estimate contribution of background from hadron decays (such as pi0 to two photons) with several variables, including the ratio of momentum measured in the tracker to the energy measured in the electromagnetic calorimeter (ECAL) for converted photons, the shower shape measured in ECAL, and isolation measured in tracker and calorimeter. We obtain the acceptance and efficiency of signal photons from Monte Carlo simulation. The differential photon cross section will be presented as a function of photon transverse energy in three eta bins. Furthermore, preliminary results are reported on the measurement of the photon + jet + X cross section. The decay of hadrons and the fragmentation of the photons inside a jet are the main source of background for this measurement. Photon shower shape variables and energy deposited (in the isolation region) are used discriminants to obtain the purity of the sample. Ratio of cross-sections between the central and forward regions will be presented.</abstract>
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  <contribution>
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   <type>
    <id>0</id>
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   </type>
   <title>Evidence of prompt isolated photons with the ATLAS detector</title>
   <speakers>
    <user>
     <title></title>
     <name first="Junji" middle="" last="Tojo"></name>
     <organization>KEK</organization>
     <email>junji.tojo@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Michel" middle="" last="Lefebvre"></name>
     <organization>University of Victoria</organization>
     <email>lefebvre@uvic.ca</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-24T10:15:00</startDate>
   <endDate>2010-07-24T10:28:00</endDate>
   <duration>00:13</duration>
   <abstract>Photon identification is important for many physics signatures at the LHC, as well as for detector calibration purposes. Prompt photon identification in ATLAS relies on the fine granularity of the electromagnetic calorimeter, which provides event by event rejection of the dominant background from photons from pi^0 decays, and on the inner detector, which allows us to reconstruct photon conversions to electron-positron pairs. The cross-section of prompt photon production at LHC is large enough that only a small integrated luminosity is required to produce a significant number of signal events. This contribution describes the extraction of the prompt photon signal above the background in the early LHC data with the ATLAS detector collected at a center of mass energy of 7 TeV.</abstract>
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   <user>
    <title></title>
    <name first="Marco" middle="" last="Zito"></name>
    <organization>CEA Saclay</organization>
    <email>marco.zito@cea.fr</email>
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  </convener>
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   <name></name>
   <address>None</address>
   <room>Salle 251</room>
  </location>
  <startDate>2010-07-24T09:00:00</startDate>
  <endDate>2010-07-24T10:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>310</ID>
   <parentProtection>false</parentProtection>
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   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Recent results on atomospheric neutrino oscillation from Super-Kamiokande</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Yoshihisa" middle="" last="Obayashi"></name>
     <organization>Kamioka Observatory, ICRR, Univ. of Tokyo</organization>
     <email>ooba@icrr.u-tokyo.ac.jp</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Yoshihisa" middle="" last="Obayashi"></name>
     <organization>Kamioka Observatory, ICRR, Univ. of Tokyo</organization>
     <email>ooba@icrr.u-tokyo.ac.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T09:00:00</startDate>
   <endDate>2010-07-24T09:15:00</endDate>
   <duration>00:15</duration>
   <abstract>A large water Cherenkov detector Super-Kamiokande(SK) started data taking in April 1996 and has been continuously accumulating neutrino data.
Electronics system for SK data taking is fully upgraded on September 2008 to ensure stable observation for next 10 - 20 years and to improve sensitivity of the detector.
Recent results on atmospheric neutrino oscillation study from SK before and after the electronics upgrade will be presented.</abstract>
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    <title>Slides</title>
    <description></description>
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  <contribution>
   <ID>242</ID>
   <parentProtection>false</parentProtection>
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   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Solar neutrino and terrestrial antineutrino fluxes measured   with Borexino at LNGS</title>
   <speakers>
    <user>
     <title></title>
     <name first="sandra" middle="" last="zavatarelli"></name>
     <organization>INFN Genova Italy</organization>
     <email>zavatare@ge.infn.it</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="sandra" middle="" last="zavatarelli"></name>
     <organization>INFN Genova Italy</organization>
     <email>zavatare@ge.infn.it</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T09:20:00</startDate>
   <endDate>2010-07-24T09:35:00</endDate>
   <duration>00:15</duration>
   <abstract>Borexino is a real time liquid scintillator detector for low energy neutrino and antineutrino spectroscopy located at the Gran Sasso National Laboratories (Italy). Thanks to the unprecedented radiopurity of the target mass it is providing the ﬁrst direct and simultaneous measurement of the solar neutrino survival probability in both vacuum-dominated (7Be ν ) and matter-enhanced regions (8B ν ) by a single experiment. The measured interaction rates are in fair agreement with the SSM predictions in case of the LMA-MSW oscillation solution and a further conﬁrmations of the LMA scenario is provided by the absence of a day-night asymmetry in the 7Be signal.
Very recently the signal of geoneutrinos, electron antineutrinos produced in β decays of radioactive isotopes in  the Earth has been clearly observed (at 4.2 s C.L.) and it gives an important contribution to the understanding of our planet composition and heat balance.
The antineutrino signal coming from European nuclear reactors has been detected too and it allows to probe for the first time antineutrino propagation properties on a baseline of about 1000 km. Our measurement  excludes the non-oscillation hypothesis at 99.60% C.L. and it rejects the hypothesis of an active geo-reactor in the Earth’s core with a power above 3 TW at 95% C.L.
In the presentation all the recent results will be reviewed and the future science goals discussed.</abstract>
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  </contribution>
  <contribution>
   <ID>914</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>KamLAND double beta experiment using 136Xe</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Masayuki" middle="" last="Koga"></name>
     <organization>Tohoku University</organization>
     <email>koga@awa.tohoku.ac.jp</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Masayuki" middle="" last="Koga"></name>
     <organization>Tohoku University</organization>
     <email>koga@awa.tohoku.ac.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T09:40:00</startDate>
   <endDate>2010-07-24T09:55:00</endDate>
   <duration>00:15</duration>
   <abstract>The KamLAND 1000 ton ultra pure LS environment has a good advantage for the double beta decay experiment. We are planning to install the 20m3 volume mini balloon with 136Xe loaded LS in 2011. The target sensitivity of Xe phase is 60 meV on neutrino mass using 400kg enriched Xe. We will report our progress of KamLAND Xe phase and recent analysis topics.</abstract>
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  <contribution>
   <ID>180</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Self interactions of Supernova neutrinos</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Antonio" middle="" last="Marrone"></name>
     <organization>Univ. of Bari &amp; INFN Bari</organization>
     <email>antonio.marrone@ba.infn.it</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Antonio" middle="" last="Marrone"></name>
     <organization>Univ. of Bari &amp; INFN Bari</organization>
     <email>antonio.marrone@ba.infn.it</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T10:00:00</startDate>
   <endDate>2010-07-24T10:12:00</endDate>
   <duration>00:12</duration>
   <abstract>Neutrino self interactions can play a substantial role during neutrino propagation near the Supernova core. In fact, self-induced transitions can alter neutrino spectra, depending on the mass hierarchy, producing splits and/or swaps of the spectra. We study how these effects depends on the neutrino luminosities and on the mixing parameters in two and three generations.</abstract>
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  <contribution>
   <ID>595</ID>
   <parentProtection>false</parentProtection>
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   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Status Update for the MINERvA Experiment</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Gabriel" middle="" last="Perdue"></name>
     <organization>The University of Rochester</organization>
     <email>perdue@fnal.gov</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Gabriel" middle="" last="Perdue"></name>
     <organization>The University of Rochester</organization>
     <email>perdue@fnal.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T10:15:00</startDate>
   <endDate>2010-07-24T10:27:00</endDate>
   <duration>00:12</duration>
   <abstract>MINERvA (Main INjEctoR nu-A) is a new few-GeV neutrino cross section experiment that recently began operations in the FNAL NuMI beam-line. MINERvA employs a fine-grained detector capable of complete kinematic characterization of neutrino interactions. We employ a three ton active target region composed of plastic scintillator as well as a selection of nuclear targets. The experiment will provide important inputs for neutrino oscillation searches as well as offer a pure weak probe of nuclear structure. We will offer a set of initial kinematic distributions for our anti-neutrino run during this conference.</abstract>
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  <code>13-1</code>
  <title>13 - Advances in Instrumentation and Computing for HEP</title>
  <description></description>
  <convener>
   <user>
    <title>Prof.</title>
    <name first="Frank" middle="" last="Wuerthwein"></name>
    <organization>UCSD</organization>
    <email>fkw@fnal.gov</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 252A</room>
  </location>
  <startDate>2010-07-24T09:00:00</startDate>
  <endDate>2010-07-24T10:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>193</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>13 - Advances in Instrumentation and Computing for HEP</track>
   <type>
    <id>0</id>
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   </type>
   <title>Performance of the MEG detector to search for mu+ --&gt; e+ gamma decays at PSI</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Toshiyuki" middle="" last="Iwamoto"></name>
     <organization>The University of Tokyo</organization>
     <email>iwamoto@icepp.s.u-tokyo.ac.jp</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Toshiyuki" middle="" last="Iwamoto"></name>
     <organization>The University of Tokyo</organization>
     <email>iwamoto@icepp.s.u-tokyo.ac.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-24T09:00:00</startDate>
   <endDate>2010-07-24T09:15:00</endDate>
   <duration>00:15</duration>
   <abstract>The MEG experiment, which searches for a rare muon decay, mu --&gt; e gamma, to explore supersymmetric grand unification, has started physics run since 2008 at Paul Scherrer Institute, Switzerland. Its innovative detector system, which consists of a 900 liter liquid xenon scintillation photon detector and a positron spectrometer with a superconducting magnet, drift chamber, and timing counter, enables orders of magnitude better sensitivity than previous experiments. The detector performance of the MEG experiment mainly at physics run in 2009 is described here in detail together with the detector calibration and monitoring methods.</abstract>
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   <ID>1195</ID>
   <parentProtection>false</parentProtection>
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   <track>13 - Advances in Instrumentation and Computing for HEP</track>
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    <id>0</id>
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   </type>
   <title>CALICE results and future plans</title>
   <speakers>
    <user>
     <title></title>
     <name first="Imad" middle="" last="Laktineh"></name>
     <organization>Lyon</organization>
     <email>laktineh@in2p3.fr.</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Imad" middle="" last="Laktineh"></name>
     <organization>Lyon</organization>
     <email>laktineh@in2p3.fr.</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
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   <startDate>2010-07-24T09:20:00</startDate>
   <endDate>2010-07-24T09:40:00</endDate>
   <duration>00:20</duration>
   <abstract>The CALICE Collaboration is carrying out R&amp;D for a highly granular calorimeter system, optimised for particle flow calorimetry at a future linear collider. Starting in 2006, a complete calorimeter chain (ECAL, HCAL and tail catcher) has been tested in muon, electron and hadron beams at CERN and Fermilab. Two electromagnetic calorimeters were tested, both based on tungsten absorber – one using ~10000 1x1 cm^2 silicon diode pads as the sensitive medium, and the other using small (1x4 cm^2) scintillator strips.  The hadron calorimeter had an iron-scintillator sandwich structure, using ~10000 scintillator tiles read out using silicon photomultipliers (SiPMs).
We report here on the analysis of shower data, and the comparison of the results with GEANT4 simulations. Muons are used to calibrate all the detectors, and the study of the response to electrons is a crucial first step in the understanding of all the detectors.  One of the main objectives of the analysis is the study of the hadron response, since this can be more difficulty to simulate reliably. Amongst the topics discussed will be the energy response of the system to hadrons, and the use of techniques of software compensation to improve the energy resolution. The high granularity of the calorimeters permit the comparison between data and simulations in unprecedented resolution; for example, individual tracks within the shower can be reconstructed, the start of the shower can be identified with high precision, and the longitudinal and transverse distributions of energy studied.  These measurements provide interesting new ways of assessing the accuracy of the various physics models available in GEANT4.  We also use the data to test features of the showers which are important for particle flow algorithms.
Much of the current work is now directed towards second generation prototypes in which more realistic mechanical designs and readout systems are employed. In 2010-11 a cubic prototype of a digital HCAL based on RPCs with 1x1 cm^2 readout will be tested at Fermilab. This calorimeter will contain ~40 active layers and the total number of readout channels will be close to 400,000, and will permit extensive tests of the digital HCAL concept, and evaluation of its suitability for particle flow applications.  In addition, modules of an alternative design, intended to be as close as possible to the one proposed in the ILD LOI, is being produced.  These will be based on 1m² gas-filled RPCs of 3 mm thickness and fully equipped with a semi-digital electronics readout.  Further technologies are being developed within CALICE for the sensitive layers in a digital calorimeter, using either GEMs or MicroMegas, and these results will allow critical comparisons between different technologies to be performed.
Second generation prototypes are also being developed for two ECAL options – a Si-W calorimeter using 5x5 mm^2 pads with very thin sensors and readout electronics embedded in a very thin PCB, and a scintillator-strip option. A scintillator tile HCAL is also in preparation, using 3x3 cm^2 tiles, and the whole system will be operated in a mechanical structure close to that which is envisaged for the full-scale ILD detector.  In all cases, the main focus will be the mechanical and electrical integration of realistic front-end electronics into the calorimeter absorber structure so as to create a high-density calorimeter. Issues such as temperature control and heat flow, and the impact of power pulsing of the electronics are to be addressed.</abstract>
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  <contribution>
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   <parentProtection>false</parentProtection>
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   <track>13 - Advances in Instrumentation and Computing for HEP</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Experience with CMS Offline and Computing from Commissioning to Collisions</title>
   <speakers>
    <user>
     <title></title>
     <name first="Markus" middle="" last="Klute"></name>
     <organization>Massachusetts Institute of Technology</organization>
     <email>markus.klute@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Bolek" middle="" last="Wyslough"></name>
     <organization>MIT</organization>
     <email>wyslough@mit.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-24T09:45:00</startDate>
   <endDate>2010-07-24T10:00:00</endDate>
   <duration>00:15</duration>
   <abstract>In this presentation we will discuss the early experience with the CMS computing model from the last large scale challenge activities through the early collisions runs. Between the initial definition of the CMS Computing Model in 2004 and the start of high energy collisions in 2010, CMS exercised numerous scaling tests. We will discuss how those tests have helped prepare the experiment for operations. We will outline how the experiment operations has evolved during the first few months of operations. The current state of the Offline and Computing projects will be presented and we will describe the initial experience with active analysis users and real data. We will include Tier0 processing, reprocessing steps on data and fast turn-around calibrations. We will address the issues that worked well in addition to identifying areas where future development and refinement are needed.</abstract>
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  <contribution>
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   <track>13 - Advances in Instrumentation and Computing for HEP</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>ATLAS Computing: From Commissioning to 7TeV Data</title>
   <speakers>
    <user>
     <title></title>
     <name first="Graeme Andrew" middle="" last="Stewart"></name>
     <organization>University of Glasgow</organization>
     <email>graeme.andrew.stewart@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Michel" middle="" last="Lefebvre"></name>
     <organization>University of Victoria</organization>
     <email>lefebvre@uvic.ca</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-24T10:05:00</startDate>
   <endDate>2010-07-24T10:20:00</endDate>
   <duration>00:15</duration>
   <abstract>In this paper we summarise ATLAS operations from the STEP09 campaign in June 2009 through to ATLAS taking data in the first 7 TeV collisions at the LHC in 2010. We describe the lessons which were learned from the STEP09 challenge, both in proving which parts of the system were in good shape, but also in highlighting those areas which required improvement. We then describe the experience of ATLAS computing operations during the first LHC data taking era. The ATLAS experiment has successfully recorded, reconstructed, distributed and analysed millions of collision events delivered by the LHC at an unprecedent centre-of-mass energy of 7 TeV. The involved large-scale data processing operations, both the prompt reconstruction at Tier0 and the subsequent reprocessing campaigns in the Tier1 sites in the Grid, worked remarkably well.</abstract>
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    <type></type>
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 </session>
 <break>
  <name>Coffee Break</name>
  <startDate>2010-07-24T10:30</startDate>
  <endDate>2010-07-24T11:00</endDate>
  <duration>00:30</duration>
  <location>
   <name> </name>
   <address></address>
   <room></room>
  </location>
 </break>
 <session>
  <ID>51</ID>
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  <code>10-6</code>
  <title>10 - Beyond the Standard Model (theory and experimental searches)</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Tony" middle="" last="Gherghetta"></name>
    <organization>University of Melbourne</organization>
    <email>tgher@unimelb.edu.au</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 242B</room>
  </location>
  <startDate>2010-07-24T11:00:00</startDate>
  <endDate>2010-07-24T12:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>140</ID>
   <parentProtection>false</parentProtection>
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   <track>10 - Beyond the Standard Model (theory and experimental searches)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Fermion mass hierarchy and new physics at the TeV scale</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Satyanarayan" middle="" last="Nandi"></name>
     <organization>Oklahoma State University</organization>
     <email>s.nandi@okstate.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Satyanarayan" middle="" last="Nandi"></name>
     <organization>Oklahoma State University</organization>
     <email>s.nandi@okstate.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T11:00:00</startDate>
   <endDate>2010-07-24T11:15:00</endDate>
   <duration>00:15</duration>
   <abstract>We present a new framework to understand the long-standing fermion mass hierarchy puzzle. We extend the Standard Model gauge symmetry by an extra local U(1)_S symmetry, broken spontaneously at the electroweak scale. All the SM particles are singlet with respect to this U(1)_S. We also introduce additional flavor symmetries, U(1)F’s, with flavon scalars Fi, as well as vectorlike quarks and leptons at the TeV scale. The flavon scalars have VEV in the TeV scale. Only the top quark has the usual dimension four Yukawa coupling. EW symmetry breaking to all other quarks and leptons are propagated through the messenger field, S through their interactions
involving the heavy vector-like fermions and S, as well as through their interactions involving the vector-like fermions and Fi. In addition the explaining the hierarchy of the charged fermion masses and mixings, the model has several interesting predictions for Higgs decays, flavor changing neutral current processes in the top and the b quark decays, decays of the new singlet scalars to the new Z′
boson, as well as productions of the new vectorlike quarks. These predictions can be tested at the LHC. I will also briefly review the other approaches to the fermion mass hierarchy puzzle.</abstract>
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    <description></description>
    <type></type>
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  </contribution>
  <contribution>
   <ID>1111</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>10 - Beyond the Standard Model (theory and experimental searches)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Searches for New Physics at the B-Factories</title>
   <speakers>
    <user>
     <title></title>
     <name first="Swagato" middle="" last="Banerjee"></name>
     <organization>University of Victoria</organization>
     <email>swagato.banerjee@gmail.com</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="The Babar Collaboration"></name>
     <organization></organization>
     <email></email>
    </user>
    <user>
     <title></title>
     <name first="" middle="" last="The Belle Collaboration"></name>
     <organization></organization>
     <email></email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T11:20:00</startDate>
   <endDate>2010-07-24T11:35:00</endDate>
   <duration>00:15</duration>
   <abstract>The B-Factories have accumulated huge data sets and provide an important window into possible new physics.  In this talk, the latest search results for physics beyond the standard model will be presented from both BABAR and Belle experiments.</abstract>
   <material>
    <ID>slides</ID>
    <title>Slides</title>
    <description></description>
    <type></type>
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      <name>SwagatoBanerjee_ICHEP10.pdf</name>
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  </contribution>
  <contribution>
   <ID>262</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>10 - Beyond the Standard Model (theory and experimental searches)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Can the Supersymmetric Flavour Problem decouple in case of a Non Standard Supersymmetric Spectrum?</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Paolo" middle="" last="Lodone"></name>
     <organization>Scuola Normale Superiore of Pisa</organization>
     <email>p.lodone@gmail.com</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Paolo" middle="" last="Lodone"></name>
     <organization>Scuola Normale Superiore of Pisa</organization>
     <email>p.lodone@gmail.com</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T11:40:00</startDate>
   <endDate>2010-07-24T11:55:00</endDate>
   <duration>00:15</duration>
   <abstract>It has been shown that, in the context of the MSSM, the Supersymmetric Flavour Problem cannot be solved by just letting the sfermions of the first two generations be relatively heavy. The reason is twofold: naturalness of the Fermi scale on one side, need for positive squared stop masses on the other.
The situation is much more promising in models without a light Higgs boson, in which the goal can be met. The prices are: a relatively low messenger scale, semiperturbativity before the GUT scale, and some amount of degeneracy/alignement of order of the Cabibbo angle in the sfermion sector. The resulting phenomenology is quite different from the MSSM one in many respects.</abstract>
   <material>
    <ID>slides</ID>
    <title>Slides</title>
    <description></description>
    <type></type>
    <displayURL>http://indico.cern.ch/materialDisplay.py?contribId=262&amp;sessionId=51&amp;materialId=slides&amp;confId=73513</displayURL>
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     <file>
      <name>LodoneICHEP10.pdf</name>
      <type>pdf</type>
      <url>http://indico.cern.ch/getFile.py/access?contribId=262&amp;sessionId=51&amp;resId=0&amp;materialId=slides&amp;confId=73513</url>
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      <name>ods</name>
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      <name>other</name>
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  </contribution>
  <contribution>
   <ID>1109</ID>
   <parentProtection>false</parentProtection>
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   <track>10 - Beyond the Standard Model (theory and experimental searches)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Search for Supersymmetry and R-Parity violating Supersymmetry at the Tevatron</title>
   <speakers>
    <user>
     <title></title>
     <name first="Eva" middle="" last="Halkiadakis"></name>
     <organization>Dept. of Physics and Astronomy-Rutgers, State Univ. of New Jerse</organization>
     <email>eva.halkiadakis@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Physics Coordinators" middle="" last="D0"></name>
     <organization>D0</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
    </user>
    <user>
     <title></title>
     <name first="Thomas" middle="" last="Wright"></name>
     <organization>CDF</organization>
     <email>trwright@umich.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T12:00:00</startDate>
   <endDate>2010-07-24T12:15:00</endDate>
   <duration>00:15</duration>
   <abstract>The production of chargino-neutralino pairs and their subsequent leptonic decays is one of the most promising supersymmetry (SUSY) signatures at the Tevatron proton-antiproton collider. We present here  the most recent results on searches for the three-lepton and missing-transverse-energy SUSY signature using data collected at the Tevatron. The results are interpreted within the minimal supergravity (mSUGRA) scenario. Also presented is a search for R-Parity violating supersymmetry  in which signals of possible non-conservation of R-parity through resonant production of supersymmetric neutrinos which decay to a pair of leptons.</abstract>
   <material>
    <ID>slides</ID>
    <title>Slides</title>
    <description></description>
    <type></type>
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 <session>
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  <code>06-6</code>
  <title>06 - CP violation, CKM and Rare Decays</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Zoltan" middle="" last="Ligeti"></name>
    <organization>Lawrence Berkeley National Laboratory</organization>
    <email>zligeti@lbl.gov</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 242A</room>
  </location>
  <startDate>2010-07-24T11:00:00</startDate>
  <endDate>2010-07-24T12:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>943</ID>
   <parentProtection>false</parentProtection>
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   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Measurement of the decay B -&gt; D^* l^+ nu and determination  of |V_{cb}| at Belle</title>
   <speakers>
    <user>
     <title></title>
     <name first="Wolfgang" middle="" last="Dungel"></name>
     <organization>Austrian Academy of Sciences</organization>
     <email>dungel@hephy.oeaw.ac.at</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Karim" middle="" last="Trabelsi"></name>
     <organization>KEK</organization>
     <email>karim.trabelsi@kek.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-24T11:00:00</startDate>
   <endDate>2010-07-24T11:13:00</endDate>
   <duration>00:13</duration>
   <abstract>We present measurements of the branching fraction and the HQET form factors rho^2, R_1 and R_2 for the decay B0 -&gt; D*-l^+ nu using untagged Upsilon(4S) -&gt; B anti-B events. The Cabibbo-Kobayashi-Maskawa matrix element |V_{cb}| is extracted and a test of the form factor parametrization is presented. The results are based on a large data sample recorded by the Belle detector at the KEKB e+ e- collider.
The measurement of the decay B+ -&gt; anti-D*0 l nu does not rely on charged slow pion reconstruction, and thus allows us to cross-check measurements of B0 -&gt; D*- l+ nu. We also present measurements of the branching fraction and of the HQET form factors rho^2, R_1 and R_2 obtained with this decay.</abstract>
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   <ID>1179</ID>
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   <type>
    <id>0</id>
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   </type>
   <title>Measurements of Semileptonic B mesons decays to Charm and the Determination of the CKM element |Vcb| at BABAR</title>
   <speakers>
    <user>
     <title></title>
     <name first="Antonio" middle="" last="Petrella"></name>
     <organization>INFN, Sezione di Ferrara-Universita di Ferrara</organization>
     <email>petrella@fe.infn.it</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Collaboration" middle="" last="BABAR"></name>
     <organization>SLAC</organization>
     <email>roney@slac.stanford.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-24T11:15:00</startDate>
   <endDate>2010-07-24T11:28:00</endDate>
   <duration>00:13</duration>
   <abstract>We present a set of measurements of semileptonic B meson decays to charm using the BABAR data set collected at the SLAC e+e- B-factory operating on the Upsilon(4S) resonance. This paper includes: a report on the observation of the B -&gt; Ds K l nu X decay mode the knowledge of which  provides input to the "1/2 vs 3/2 puzzle" of semileptonic B decays into broad D** states, where there is disagreement between theoretical predictions and experimental results; a search for B -&gt; LambdaC X l nu decays in events tagged by a fully reconstructed B Meson; a measurement of the Cabibbo-Kobayashi-Maskawa  matrix element |Vcb| and the form-factor slope  rho^2 in B -&gt; Dlnu  decays in events tagged by a fully reconstructed B meson; and measurements of the moments of observed spectra in inclusive semileptonic B-meson decays to charm hadrons B -&gt; Xclnu which are used for the extraction of the total decay fraction, |Vcb|, the b- and c-quark masses, and four heavy-quark QCD parameters in the framework of a Heavy Quark Expansion.</abstract>
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  <contribution>
   <ID>983</ID>
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   <type>
    <id>0</id>
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   </type>
   <title>Improved Measurement of the Electroweak Penguin Process B --&gt; X_s l^+ l^-</title>
   <speakers>
    <user>
     <title></title>
     <name first="Cheng-Chin" middle="" last="Chiang"></name>
     <organization>National Taiwan University</organization>
     <email>markj@hep1.phys.ntu.edu.tw</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Karim" middle="" last="Trabelsi"></name>
     <organization>KEK</organization>
     <email>karim.trabelsi@kek.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-24T11:30:00</startDate>
   <endDate>2010-07-24T11:43:00</endDate>
   <duration>00:13</duration>
   <abstract>We have performed a search for the decay B --&gt; X_s l^+l^- using a pseudo-inclusive reconstruction technique. Using a data sample of 657 x 10^6 BB pairs, we observe a clear signal, including 238.3 +- 26.4 +- 2.3 events in the mass region M(X_s) &lt; 2.0 GeV/c^2. The measured branching fraction is BR(B -&gt; X_s l l) = (3.33 +- 0.80(stat) ^{+0.19}_{-0.24} (syst))x 10^{-6}; this result is restricted to the region M(l^+l^-) &gt; 0.2 GeV/c^2.</abstract>
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  <contribution>
   <ID>1178</ID>
   <parentProtection>false</parentProtection>
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   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Studies of Flavour Changing Neutral Currents at BABAR</title>
   <speakers>
    <user>
     <title></title>
     <name first="Kevin" middle="" last="Flood"></name>
     <organization>University of Wisconsin</organization>
     <email>kflood@slac.stanford.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Collaboration" middle="" last="BABAR"></name>
     <organization>SLAC</organization>
     <email>roney@slac.stanford.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-24T11:45:00</startDate>
   <endDate>2010-07-24T11:58:00</endDate>
   <duration>00:13</duration>
   <abstract>We use the full Upsilon(4S) dataset collected with the Babar detector at the PEP-II asymmetric e+e- storage ring to study the flavor-changing neutral current decays. In particular, we present new results on B --&gt; K*l+l-, where l+l- is either e+e- or mu+mu- the lepton forward-backward asymmetry AFB and K* longitudinal polarization fraction FL are measured, along with other angular observables. We also report on a search for B+-&gt; K+ tau+ tau- in which one of the B-mesons is fully reconstructed in a hadronic decay in order to reduce the background and constrain the kinematics of the signal decay. Also presented is a search for the double-radiative rare decay B0 --&gt; gamma gamma which has a clean experimental signature and proceeds through effective FCNC transitions involving vertical or annihilation penguin diagrams. Since the two-photon system can be in a CP-even or CP-odd state, this decay permits non-standard searches for CP-violating effects, while the non-hadronic final state with its two-body kinematics allows sensitive probes of QCD dynamics in B decay. The expected SM branching fraction is O(10^-8). Observation of a significant signal at the existing B Factories would be indicative of physics beyond the SM.</abstract>
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  <contribution>
   <ID>1020</ID>
   <parentProtection>false</parentProtection>
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   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>New Physics Sensitivity of the Rare Decay B --&gt; K^* l^+ l^-</title>
   <speakers>
    <user>
     <title></title>
     <name first="Tobias" middle="" last="Hurth"></name>
     <organization>CERN/Mainz Univ.</organization>
     <email>tobias.hurth@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Tobias" middle="" last="Hurth"></name>
     <organization>CERN/Mainz Univ.</organization>
     <email>tobias.hurth@cern.ch</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title></title>
     <name first="Ulrik" middle="" last="Egede"></name>
     <organization>Imperial College</organization>
     <email></email>
    </user>
    <user>
     <title></title>
     <name first="Joaquim" middle="" last="Matias"></name>
     <organization>Universitat Autonoma de Barcelona</organization>
     <email></email>
    </user>
    <user>
     <title></title>
     <name first="Will" middle="" last="Reece"></name>
     <organization>Imperial College/CERN</organization>
     <email></email>
    </user>
    <user>
     <title></title>
     <name first="Ramon" middle="" last="Ramon"></name>
     <organization>Universitat Autonoma de Barcelona</organization>
     <email></email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-24T12:00:00</startDate>
   <endDate>2010-07-24T12:13:00</endDate>
   <duration>00:13</duration>
   <abstract>We present a complete method to construct QCD-protected    observables based on the exclusive 4-body B-meson decay B --&gt; K^* l^+ l^- in the low dilepton mass region. The core of the method  is the requirement that the constructed quantities should fulfil the symmetries of the angular distribution. We have identified all symmetries of the angular distribution in the limit of massless leptons and explore: a new non-trivial relation between the coefficients of the angular distribution, the possibility to fully solve the system for the K^* amplitudes, and the construction of non-trivial observables. We also present a phenomenological analysis of the new physics sensitivity of angular observables in the decay based on QCD factorisation. We further analyse the CP-conserving observables, AT2, AT3 and AT4. They are practically free of theoretical uncertainties due to the soft form factors for the full range of dilepton masses rather than just at a single point as for AFB. They also have a higher sensitivity to specific new physics scenarios compared to observables such as AFB. Moreover, we critically examine the new physics reach of CP-violating observables via a complete error analysis due to scale dependences, form factors and Lambda/m_b corrections.  We have developed an ensemble method to evaluate the error on observables from Lambda/m_b corrections. Finally, we explore the experimental prospects of CP-violating observables and find that they are rather limited. Indeed, the CP-conserving (averaged) observables will offer a better sensitivity to large CP phases and may be more suitable for  experimental analysis.</abstract>
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  <contribution>
   <ID>969</ID>
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   <track>06 - CP violation, CKM and Rare Decays</track>
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    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Observation of Radiative B^0 --&gt; phi K^0 gamma Decays and Measurements of time-dependent CP violation</title>
   <speakers>
    <user>
     <title></title>
     <name first="Himansu" middle="" last="Sahoo"></name>
     <organization>University of Hawaii</organization>
     <email>himansu@phys.hawaii.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Karim" middle="" last="Trabelsi"></name>
     <organization>KEK</organization>
     <email>karim.trabelsi@kek.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-24T12:15:00</startDate>
   <endDate>2010-07-24T12:28:00</endDate>
   <duration>00:13</duration>
   <abstract>We report the first observation of the radiative decay B^0 --&gt; phi K^0 gamma and new measurements of time-dependent CP-violation using a large data sample collected at the Upsilon(4S) resonance with the Belle detector at the KEKB asymmetric-energy e^+e^- collider. These measurements are sensitive to right-handed currents
from new physics. We also report an updated measurement of the branching fraction of B^+ --&gt; phi K^+ gamma decays.</abstract>
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 <session>
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  <code>03-6</code>
  <title>03 - Perturbative QCD, Jets and Diffractive Physics</title>
  <description></description>
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   <user>
    <title></title>
    <name first="Laurent" middle="" last="SCHOEFFEL"></name>
    <organization>CEA Saclay</organization>
    <email>laurent.schoeffel@cea.fr</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 252B</room>
  </location>
  <startDate>2010-07-24T11:00:00</startDate>
  <endDate>2010-07-24T12:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>1212</ID>
   <parentProtection>false</parentProtection>
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   <track>03 - Perturbative QCD, Jets and Diffractive Physics</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Soft QCD results from the D0 experiment</title>
   <speakers>
    <user>
     <title></title>
     <name first="Gilvan Augusto" middle="" last="Alves"></name>
     <organization>Centro Bras. de Pesquisas Fisicas (CBPF)</organization>
     <email>gilvan.augusto.alves@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Physics Coordinators" middle="" last="D0"></name>
     <organization>D0</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-24T11:00:00</startDate>
   <endDate>2010-07-24T11:17:00</endDate>
   <duration>00:17</duration>
   <abstract>We review several measurements using data collected by the D0 experiment at the Fermilab Tevatron ppbar collider at sqrt{s}=1.96 TeV and corresponding to an integrated luminosity of 1 fb-1. A sample of photon+3-jet events is used to determine the fraction of events with double parton scattering as a function of the transverse momentum of the second jet. We also report measurements of the angular correlations between charged tracks in minimum bias events, evidence for the exclusive dijet production in the region of high invariant dijet masses (M_jj&gt;100 GeV) and a measurement of the elastic differential cross section in the range 0.25&lt;|t|&lt;1.2 GeV.</abstract>
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  <contribution>
   <ID>1191</ID>
   <parentProtection>false</parentProtection>
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   <track>03 - Perturbative QCD, Jets and Diffractive Physics</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Soft QCD Results from CDF</title>
   <speakers>
    <user>
     <title></title>
     <name first="Christina" middle="" last="Mesropian"></name>
     <organization>Rockefeller University</organization>
     <email>christina.mesropian@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Alexandre" middle="" last="Pronko"></name>
     <organization>Fermilab</organization>
     <email>pronko@fnal.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-24T11:20:00</startDate>
   <endDate>2010-07-24T11:37:00</endDate>
   <duration>00:17</duration>
   <abstract>The CDF Collaboration is working on a systematic study of the underlying event, Minimum Bias events, diffractive processes, and other non-perturbative  observables. Such measurements have a two-fold goal of increasing our understanding of soft QCD - mainly through comparison with MC generators - and of reducing the uncertainties on backgrounds for many high-pt analyses. We review the latest underlying event and min bias results and discuss the associated problematics with the idea of establishing a solid baseline for the LHC experiments. These measurements include study of the underlying event in Drell-Yan and dijet events, study of particle multiplicity and inclusive differential cross sections in minimum bias events, and inclusive differential (in PT) cross sections of centrally (|eta|&lt;1) produced lambdas, cascades and omegas. We also present recent results on diffraction obtained by the CDF collaboration. The single-diffractive dijet and W/Z production are discussed. The first experimental observation of exclusive dijets, exclusive chi_{c0} mesons, and search for exclusive diphotons are discussed. We also present results from a study of central rapidity gap production in soft and hard diffractive events.</abstract>
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    <description></description>
    <type></type>
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  <contribution>
   <ID>1216</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>03 - Perturbative QCD, Jets and Diffractive Physics</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Underlying Event Studies and Forward Physics at CMS</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Paolo" middle="" last="Bartalini"></name>
     <organization>NTU</organization>
     <email>paolo.bartalini@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Manfred" middle="" last="Krammer"></name>
     <organization>CMS</organization>
     <email>manfred.krammer@cern.ch</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-24T11:40:00</startDate>
   <endDate>2010-07-24T12:00:00</endDate>
   <duration>00:20</duration>
   <abstract>Studies of the underlying event and forward processes are important tests of the standard model and inputs for Monte Carlo tuning. By selecting regions transverse and parallel to the hard parton-parton scatter, different aspects of non-peturbative QCD are enhanced and allow fine tuning of different Monte Carlo models. The underlying event in pp interactions, recorded by the CMS detector, is studied measuring the charged multiplicity density and the charged energy density in a region perpendicular to the plane of the hard 2-to-2 scattering. Two different methodologies are adopted to identify the direction and the energy scale of the hard scattering in Minimum Bias events that rely on the leading charged track and on the leading charged jet. The study allows to discriminate between various QCD Monte Carlo models with different multiple parton interaction schemes.  
In addition, we present the measurement of the underlying event using the jet-area/median approach. We demonstrate its sensitivity to different underlying event scenarios and tunes on generator level after applying detector specific cuts and thresholds.
In the forward direction, the first measurement of forward energy flow in 3&lt; eta &lt; 5 in pp collisions up to highest energies of sqrt(s)=7 TeV will be presented. The energy flow is measured for minimum bias events and event having a dijet system in the central region. The energy flow is compared to various Monte Carlo models with different multiparton interaction schemes. We also present a measurement of forward jets with pt&gt; 35 GeV and compare to model with different multiparton interaction schemes. In addition, the absence of energy deposition in the forward region is used to observe diffractive events. We compare our results with predictions from Monte Carlo event generators including a simulation of multiparton scattering. All four measurements can be used to determine the parameters of multiparton interaction models in a extended region of phase space.</abstract>
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    <description></description>
    <type></type>
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      <name>ICHEP_2010_Bartalini_V3.pdf</name>
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  </contribution>
  <contribution>
   <ID>1188</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>03 - Perturbative QCD, Jets and Diffractive Physics</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Underlying Event studies and Monte Carlo tunes for inelastic pp events with the ATLAS detector</title>
   <speakers>
    <user>
     <title></title>
     <name first="Emily" middle="" last="Nurse"></name>
     <organization>FNAL</organization>
     <email>nurse@fnal.gov</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Michel" middle="" last="Lefebvre"></name>
     <organization>University of Victoria</organization>
     <email>lefebvre@uvic.ca</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-24T12:05:00</startDate>
   <endDate>2010-07-24T12:25:00</endDate>
   <duration>00:20</duration>
   <abstract>Studies of the momentum flow in inelastic collisions at 900 GeV and 7 TeV recorded with a minimum bias trigger strategy are reported. A single high pT track is selected, and the distribution of other tracks in the event is evaluated relative to this reference track. The evolution of the charged momentum flow in the rest of the event, as a function of the pT of the reference track, gives important information about the transition from minimum bias event structure to the full underlying event observed in high-pT collision events. Results are presented after correction and unfolding of detector effects to allow simpler comparison to Monte Carlo models.  In addition, the PYTHIA Monte Carlo generator has been tuned to ATLAS measurements at 900 GeV and 7 TeV.  Standard distributions from Minimum Bias events, as well as the Underlying Event studies are included in the first tunes to ATLAS measurements at the LHC. The tunes aim for one consistent description of the new measurements as well as data from the Tevatron and LEP.</abstract>
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 </session>
 <session>
  <ID>55</ID>
  <parentProtection>false</parentProtection>
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  <code>07-3</code>
  <title>07 - Neutrinos</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Francesco" middle="" last="Terranova"></name>
    <organization>Laboratori Nazionali di Frascati (LNF)</organization>
    <email>francesco.terranova@cern.ch</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 251</room>
  </location>
  <startDate>2010-07-24T11:00:00</startDate>
  <endDate>2010-07-24T12:30:00</endDate>
  <duration>01:30</duration>
  <contribution>
   <ID>334</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>The Double Chooz reactor neutrino experiment</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Masaki" middle="" last="Ishitsuka"></name>
     <organization>Tokyo Institute of Technology</organization>
     <email>ishitsuka@hep.phys.titech.ac.jp</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Masaki" middle="" last="Ishitsuka"></name>
     <organization>Tokyo Institute of Technology</organization>
     <email>ishitsuka@hep.phys.titech.ac.jp</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T11:00:00</startDate>
   <endDate>2010-07-24T11:12:00</endDate>
   <duration>00:12</duration>
   <abstract>Double Chooz is a reactor neutrino oscillation experiment which aims at the discovery of the last neutrino mixing angle, theta_{13}. The expected sensitivity to sin^2(2theta_{13}) reaches 0.03 (90% C.L.) which is approximately a factor 5 better than the current limit. Double Chooz will use two identical detectors with different baselines to suppress the systematic uncertainties down to 1% or better. The far detector is currently (as of May 2010) under construction and the detector commissioning is expected shortly. An overview of the Double Chooz experiment including the status of the detector construction will be presented.</abstract>
   <material>
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   </material>
  </contribution>
  <contribution>
   <ID>250</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Current Status of RENO Experiment</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Soo-Bong" middle="" last="Kim"></name>
     <organization>Seoul National University</organization>
     <email>sbkim@phya.snu.ac.kr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Soo-Bong" middle="" last="Kim"></name>
     <organization>Seoul National University</organization>
     <email>sbkim@phya.snu.ac.kr</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T11:15:00</startDate>
   <endDate>2010-07-24T11:27:00</endDate>
   <duration>00:12</duration>
   <abstract>The RENO (Reactor Experiment for Neutrino Oscillation) is under construction to measure the value of the smallest and unknown neutrino mixing angle theta_13. The experiment will compare the measured fluxes of electron antineutrinos at two detectors located at 290 m and 1.4 km distances from the center of the Yonggwang nuclear reactors in Korea, with world-second largest thermal power output of 16.4 GW. 
Construction of experimental halls and access tunnels for both near and far detector sites was completed in early 2009. The detectors are near completion, and data-taking is planned to start in mid 2010. An expected number of observed antineutrino is roughly 510 and 80 per day in the near detector and far detector, respectively. An estimated systematic uncertainty associated with the measurement is less than 0.6%, and an expected statistical error is about 0.3%. With three years of data, the experiment will search for the mixing angle values of sin^2(2theta_13) down to 0.02 in 90% C.L. limit. In this talk, the construction status will be presented.</abstract>
   <material>
    <ID>slides</ID>
    <title>Slides</title>
    <description></description>
    <type></type>
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  <contribution>
   <ID>246</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Status of the Daya Bay Reactor Neutrino Oscillation Experiment</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Cheng-Ju" middle="" last="Lin"></name>
     <organization>Lawrence Berkeley National Lab</organization>
     <email>cjslin@lbl.gov</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Cheng-Ju" middle="" last="Lin"></name>
     <organization>Lawrence Berkeley National Lab</organization>
     <email>cjslin@lbl.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T11:30:00</startDate>
   <endDate>2010-07-24T11:42:00</endDate>
   <duration>00:12</duration>
   <abstract>The last unknown neutrino mixing angle theta_13 is one of the fundamental parameters of nature; it is also a crucial parameter for determining the sensitivity of future long-baseline experiments aimed to study CP violation in the neutrino sector. Daya Bay is a reactor neutrino oscillation experiment designed to achieve a sensitivity on the value of sin^2(2theta_13) to better than 0.01 at 90% CL. The experiment consists of multiple identical detectors placed underground at different baselines to minimize systematic errors and suppress cosmogenic backgrounds. With the baseline design, the expected anti-neutrino signal at the far site is about 360 events/day and at each of the near site is about 1500 events/day. An overview and current status of the experiment will be presented.</abstract>
   <material>
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    <title>Slides</title>
    <description></description>
    <type></type>
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    <files>
     <file>
      <name>LIN_DayaBay_07-24-2010_v2.pdf</name>
      <type>pdf</type>
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     <file>
      <name>LIN_DayaBay_07-24-2010_v2.ppt</name>
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   </material>
  </contribution>
  <contribution>
   <ID>258</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Sensitivity Enhancement for the Searches of Neutrino Magnetic Moments through Atomic Ionization</title>
   <speakers>
    <user>
     <title></title>
     <name first="Hau-Bin" middle="" last="Li"></name>
     <organization>Academia Sinica</organization>
     <email>lihb@phys.sinica.edu.tw</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Hau-Bin" middle="" last="Li"></name>
     <organization>Academia Sinica</organization>
     <email>lihb@phys.sinica.edu.tw</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Prof.</title>
     <name first="Henry" middle="" last="Wong"></name>
     <organization>Academia Sinica</organization>
     <email>htwong@phys.sinica.edu.tw</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Shin-Ted" middle="" last="Lin"></name>
     <organization>Academia Sinica</organization>
     <email>linst@phys.sinica.edu.tw</email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T11:45:00</startDate>
   <endDate>2010-07-24T11:57:00</endDate>
   <duration>00:12</duration>
   <abstract>A new detection channel on atomic ionization for possible neutrino electromagnetic interactions was identified and studied. Orders of magnitude enhancement in sensitivities can be expected when the energy transfer to the target is of the atomic-transition scale. 
Interaction cross-section induced by neutrino magnetic moments (mu_nu) was evaluated. New upper limit of mu_nu &lt; 1.3×10^{-11} μ_B at 90% confidence level was derived using current data with reactor neutrinos. Potential reaches of future experiments are discussed. Experiments with sub-keV sensitivities can probe mu_nu to 10^{-13} μ_B.
Positive observations of mu_nu in this range would imply that neutrinos are Majorana particles. Analysis with new data will be presented. 
Reference : 
H.T. Wong, H.B. Li and S.T. Lin, arXiv:1001.2074 (2010).</abstract>
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  </contribution>
  <contribution>
   <ID>596</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Experiment GEMMA: Search for the Neutrino Magnetic Moment</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Viacheslav" middle="" last="Egorov"></name>
     <organization>JINR</organization>
     <email>egorov@nusun.jinr.ru</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Viacheslav" middle="" last="Egorov"></name>
     <organization>JINR</organization>
     <email>egorov@nusun.jinr.ru</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Dr.</title>
     <name first="Anatoly" middle="" last="Beda"></name>
     <organization>ITEP</organization>
     <email></email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Victor" middle="" last="Brudanin"></name>
     <organization>JINR</organization>
     <email></email>
    </user>
    <user>
     <title>Mr.</title>
     <name first="Dmitry" middle="" last="Medvedev"></name>
     <organization>JINR</organization>
     <email></email>
    </user>
    <user>
     <title>Mr.</title>
     <name first="Mark" middle="" last="Shirchenko"></name>
     <organization>JINR</organization>
     <email></email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Alexander" middle="" last="Starostin"></name>
     <organization>ITEP</organization>
     <email></email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T12:00:00</startDate>
   <endDate>2010-07-24T12:12:00</endDate>
   <duration>00:12</duration>
   <abstract>The laboratory neutrino magnetic moment (NMM) measurement is based on its contribution to the neutrino scattering on free electron (FE) or on an atom [1] via its ionization (AI). In both cases the observable is the recoil electron energy, the sensitivity increases with lowering the detection threshold.
In our experiment GEMMA[2] we use HPGe detector of 1.5 kg placed under the standard 3 GWth reactor of the Kalinin Nuclear Power Plant (KNPP, Russia) at 13.9 m distance from the core center which provides the antineutrino flux of 2.7x10^13 1/cm^2/s. The data analysis is based on the comparison of  energy spectra measured in the range from 3 to 55 keV in the reactor operation (ON) and shutdown (OFF) periods.
As a result of the measurement (about 13000 ON hours and 3000 OFF hours of active time) the best world-wide upper limits of 5.0x10^–12μB  and 3.2x10^–11μB at 90% C.L. were found for the NMM with and without using the AI mechanism respectively.
At present, analysis of the data taken under improved conditions has just been started but it indicates that further sensitivity improvement of the spectrometer can be reached only by its significant upgrading. Within the framework of the new project (GEMMA-II) we will use the antineutrino flux of ~ 5.4x10^13 1/cm^2/s, increase the mass of the germanium detector by a factor of four and decrease the level of the background. The main improvement is expected to be the significant lowering of the energy threshold (below 1 keV). These measures will provide the possibility of achieving the NMM limit at the level of 1.0x10^–12μB.

[1] H.T. Wong, H.-B. Li, S.-T. Lin, (2010) hep-ph/1001.2074.
[2] A.G. Beda et al. Yad. Fiz. (Rus.) 70 (2007) 1925, [Phys. At. Nucl. 70 (2007) 1873]; hep-ex/0705.4576.</abstract>
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  </contribution>
  <contribution>
   <ID>139</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>New mechanism for neutrino mass generation and triply charged Higgs bosons at the LHC</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Satyanarayan" middle="" last="Nandi"></name>
     <organization>Oklahoma State University</organization>
     <email>s.nandi@okstate.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Satyanarayan" middle="" last="Nandi"></name>
     <organization>Oklahoma State University</organization>
     <email>s.nandi@okstate.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T12:15:00</startDate>
   <endDate>2010-07-24T12:27:00</endDate>
   <duration>00:12</duration>
   <abstract>We propose a new mechanism for generating small neutrino masses which predicts the relation m_neu *v4/M3, where v is the electroweak scale, rather than the conventional seesaw formula m_neu *v2/M. Such a mass relation is obtained via effective dimension seven operators LLHH(H†H)/M3, which arise when an isospin 3/2 Higgs multiplet PHI is introduced along with iso-triplet leptons. The masses of these particles are naturally in the TeV scale. The neutral member of PHI acquires an induced vacuum expectation value and generates neutrino masses, while its triply charged partner provides the smoking gun signal of this scenario. These triply charged bosons can be pair produced at the LHC and the Tevatron, with PHI^+++ decaying into W+ℓ+ℓ+ or W+W+W+, possibly with displaced vertices. The leptonic decays of PHI^+++ will help discriminate between normal and inverted hierarchies of neutrino masses. This scenario also allows for raising the standard Higgs boson mass to values in excess of 500 GeV. I will also briefly review the other mechanisms for generatng neutrino masses.</abstract>
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    <name first="Laura" middle="" last="Covi"></name>
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   <name></name>
   <address>None</address>
   <room>Salle  Maillot</room>
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  <startDate>2010-07-24T11:00:00</startDate>
  <endDate>2010-07-24T12:30:00</endDate>
  <duration>01:30</duration>
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   <ID>49</ID>
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   <title>Dark matter signature from the sky and at colliders</title>
   <speakers>
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     <title>Prof.</title>
     <name first="Shou-Hua" middle="" last="Zhu"></name>
     <organization>ITP, Peking University</organization>
     <email>huald@th.phy.pku.edu.cn</email>
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   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Shou-Hua" middle="" last="Zhu"></name>
     <organization>ITP, Peking University</organization>
     <email>huald@th.phy.pku.edu.cn</email>
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    <name></name>
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   <startDate>2010-07-24T11:00:00</startDate>
   <endDate>2010-07-24T11:17:00</endDate>
   <duration>00:17</duration>
   <abstract>Dark matter signature can be observed via the cosmic ray (electron/positron, neutrino, gamma, etc), as well as at LHC and/or low energy colliders (e.g. BES). In this talk, I will review our recent several studies on these aspects.</abstract>
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   <ID>517</ID>
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   <title>Recent Results from the Fermi Gamma-ray Space Telescope</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Robert" middle="" last="Johnson"></name>
     <organization>University of California at Santa Cruz</organization>
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     <title>Prof.</title>
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   <startDate>2010-07-24T11:20:00</startDate>
   <endDate>2010-07-24T11:37:00</endDate>
   <duration>00:17</duration>
   <abstract>The Fermi Gamma-ray Space Telescope, formerly named GLAST, is a mission in low-Earth orbit to observe gamma rays from the cosmos in the broad energy range from 20 MeV to &gt;300 GeV, with supporting observations of gamma-ray bursts from 8 keV to 30 MeV.  The telescope far surpasses previous generations in its ability to detect and localize faint gamma-ray sources, as well as its ability to see 20% of the sky at any instant and scan the entire sky on a timescale of a few hours. With its launch on 11 June 2008, Fermi opened a new and exciting window on a wide variety of exotic astrophysical objects and is enabling new research on such topics as the origin and circulation of cosmic rays and searches for hypothetical new phenomena such as annihilation of dark matter. In addition to introducing the mission and the instruments, this talk will present the latest results on dark matter searches, diffuse gamma-ray production, galactic sources such as pulsars and micro-quasars, and extragalactic sources such as active galaxies and gamma-ray bursts.</abstract>
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    <id>0</id>
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   <title>Indirect Dark Matter searches with H.E.S.S.</title>
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     <name first="Jean-Francois" middle="" last="Glicenstein"></name>
     <organization>CEA</organization>
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   <startDate>2010-07-24T11:40:00</startDate>
   <endDate>2010-07-24T11:57:00</endDate>
   <duration>00:17</duration>
   <abstract>The H.E.S.S. experiment is an array of four identical imaging atmospheric Cherenkov telescopes in the Southern hemisphere, designed to observe very high energy gamma-rays (E $&gt;$ 100 GeV). The annihilation of dark matter particles in large mass density astrophysical objects could produce detectable very high energy gamma-rays. The HESS collaboration has searched for a dark matter annihilation signal towards several potential targets: the Galactic Centre, dwarf spheroidal galaxies, globular clusters and speculative Intermediate Mass Black Holes. The H.S.S.S observations towards these targets will be described. In the absence of clear signals, constraints on the Dark Matter particle annihilation cross-section in several particle physics scenarios are derived.</abstract>
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   <ID>362</ID>
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   <track>11 - Particle Astrophysics and Cosmology</track>
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    <id>0</id>
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   </type>
   <title>Antiparticle Detection in Space for  Dark Matter Search: the PAMELA Experiment</title>
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     <title></title>
     <name first="Oscar" middle="" last="Adriani"></name>
     <organization>INFN Firenze</organization>
     <email>oscar.adriani@cern.ch</email>
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   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Piergiorgio" middle="" last="Picozza"></name>
     <organization>INFN and University of Rome Tor Vergata</organization>
     <email>picozza@roma2.infn.it</email>
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   <location>
    <name></name>
    <address>None</address>
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   <startDate>2010-07-24T12:00:00</startDate>
   <endDate>2010-07-24T12:13:00</endDate>
   <duration>00:13</duration>
   <abstract>Data on antiproton, proton, positron, electron cosmic rays between tens MeV and hundreds GeV have been obtained in four years in flight by the PAMELA experiment. The results have been theoretically studied in an extensive way as dark matter annihilation signals, as well as pulsar contributions and new mechanisms of acceleration and propagation of cosmic rays in the Galaxy. The instrument PAMELA, in orbit since June 15th 2006 on board the Russian satellite Resurs DK1, is daily delivering to ground 16 Gigabytes of data. A combination of a magnetic spectrometer and different detectors allows particles and antiparticles to be reliably identified.
New data collected by PAMELA, including light nuclei, will be presented with an overview of the main trends in the theoretical interpretation of the results.</abstract>
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   <startDate>2010-07-24T12:15:00</startDate>
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   <abstract>The status of the solar axion search with the CERN Axion Solar Telescope (CAST) will be discussed. Results from the first part of CAST phase II where the magnet bores were filled with 4He gas at variable pressure in order to scan ma up to 0.4 eV will be presented. From the absence of excess X-rays when the magnet was pointing to the Sun, we set a typical upper limit on the axion-photon coupling of gag&lt;2.17×10^-10 GeV^-1 at 95% CL for ma&lt;0.4 eV, the exact result depending on the pressure setting. Our search for axions with masses up to about 1.2 eV using 3He as a buffer gas is  in progress in the second part of CAST phase II. Expectations for sensibilities will be given. Near future perspectives as well as more long term options for a new helioscope experiment will be evoked.</abstract>
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  <startDate>2010-07-24T11:00:00</startDate>
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   <title>The Global Design Effort for the International Linear Collider</title>
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     <title>Dr.</title>
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     <organization>CalTech</organization>
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     <title>Dr.</title>
     <name first="Barry" middle="" last="Barish"></name>
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   <startDate>2010-07-24T11:00:00</startDate>
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   <abstract>A reference design and costing for a 500 GeV electron-positron linear collider based on superconducting radio frequency acceleration (ILC) was produced by the Global Design Effort(GDE) in 2007.  That design and the risk mitigating R&amp;D toward a technical design are being evolving with a goal of developing a technical design report and implementation plan at the end of 2012.  The ILC TDR, CLIC feasibility tests and early LHC physics results are all necessary elements for deciding the next generation major project for high energy physics. The status and prospects for the ILC will be presented.</abstract>
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   <title>Governance of the International Linear Collider Project</title>
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   <abstract>The ILC is unique in particle physics in not having a "host" laboratory and in being fully international from the outset. Studies over the last two years have gathered data from other major projects of a similar size in order to learn lessons and formulate suggestions for how an ILC project can best be realised and managed. The current report is interim and is intended to engage with funding authorities in advance of the presentation of the Technical Design Report of the ILC in 2012.</abstract>
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   <title>CLIC Progress and Status</title>
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     <organization>CERN</organization>
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     <title>Dr.</title>
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    <name></name>
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   <startDate>2010-07-24T11:40:00</startDate>
   <endDate>2010-07-24T12:00:00</endDate>
   <duration>00:20</duration>
   <abstract>The compact linear collider study (CLIC) is aiming at delivering a conceptual design for a multi-TeV linear electron-positron collider in 2011.
This concept is based on high gradient normal-conducting accelerating structures. The RF power for the acceleration of the colliding beams is produced by a novel Two Beams Acceleration scheme based on extracting power from a high current drive beam that runs in parallel with the main linac through special power extraction structures. In order to establish the feasibility of this concept a number of key issues need to be addressed. A short summary of the progress and status of the corresponding studies will be given.</abstract>
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   <title>Present Limits and Future Prospects for Dielectric Acceleration</title>
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     <title>Dr.</title>
     <name first="Eric R." middle="" last="Colby"></name>
     <organization>SLAC</organization>
     <email>ecolby@slac.stanford.edu</email>
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   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Eric R." middle="" last="Colby"></name>
     <organization>SLAC</organization>
     <email>ecolby@slac.stanford.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-24T12:05:00</startDate>
   <endDate>2010-07-24T12:25:00</endDate>
   <duration>00:20</duration>
   <abstract>With the potential to reach high gradient with unrivaled compactness, acceleration using dielectric structures is an area of active research. Dielectrics offer an order-of-magnitude improvement in damage resistance to short pulses of radiation compared to metals, and exhibit lower loss at optical and terahertz frequencies. Dielectrics have demonstrated the ability to withstand broadband short-pulse radiation fields in excess of 10 GV/m. Developing suitable accelerator structures that combine these strengths to efficiently accelerate particles is the next step. 
We will briefly survey the concepts that have been proposed for dielectric accelerators, and focus on two areas that have received particular attention recently: beam-driven dielectric wakefield accelerators and laser-driven dielectric structure based concepts. Key issues impacting the application of these technologies to a High Energy Physics accelerator will be discussed. The R&amp;D needed to move these ideas from concept to reality will be discussed.</abstract>
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   <user>
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    <name first="Patricia" middle="" last="McBride"></name>
    <organization>Fermi National Accelerator Laboratory (FNAL)</organization>
    <email>mcbride@fnal.gov</email>
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   <name></name>
   <address>None</address>
   <room>Salle 252A</room>
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  <startDate>2010-07-24T11:00:00</startDate>
  <endDate>2010-07-24T12:30:00</endDate>
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   <title>High energy photon production in bent crystals: status and perspectives.</title>
   <speakers>
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     <title>Dr.</title>
     <name first="Said" middle="" last="Hasan"></name>
     <organization>Universita dell'Insubria - Como and INFN Milan-Bicocca</organization>
     <email>said.hasan@cern.ch</email>
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     <title>Dr.</title>
     <name first="Said" middle="" last="Hasan"></name>
     <organization>Universita dell'Insubria - Como and INFN Milan-Bicocca</organization>
     <email>said.hasan@cern.ch</email>
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    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
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   <startDate>2010-07-24T11:00:00</startDate>
   <endDate>2010-07-24T11:15:00</endDate>
   <duration>00:15</duration>
   <abstract>Bent crystals are devices able to deflect ultrarelativistic particle beams, exploting the electric fields, present at the atomic scale, which are equivalent to a magnetic field of hundreds of tesla. For this reason they are currently used in particle accelerators for beam extraction, splitting and collimation. Inside a bent crystal, several particle trajectories are possible as a function of the crystal orientation, dimension and curvature; a positron or an electron following these trajectories emits a high energy radiation spectrum; compared with the bremsstrahlung one these spectra are about 10 times larger in intensity and have a peaked structure thus becoming a photon source of great interest. In this work the results of a series of measurements performed on the CERN H4 SPS beam line with 120~GeV/c positrons are presented. The setup consists of a three layer silicon microstrip telescope to measure the crystal deflection properties, two 9.5x9.5~cm^2 silicon beam chambers which act, in combination with a bending magnet, as a spectrometer and two electromagnetic calorimiters, one for the positron identification and the other to measure the photon energy. During the tests, different effects have been studied in detail. Planar channeling and volume reflection have been characterized as a function of the crystal radius and compared in terms of emitted radiation and angular acceptance; the results are in agreement with the theoretical prediction. Moreover for the first time the axial orientation has been investigated from the radiation emission point of view providing interesting results in terms of intensity both for the axial channeling and the multi volume reflection phenomenon. A beamtest to investigate the axial phenomena more deeply is foreseen in June 2010 completing the scenario that will be presented at the conference.</abstract>
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   <title>The ATLAS High Level Trigger Configuration and Steering Software; Experience with 7 TeV Collisions.</title>
   <speakers>
    <user>
     <title></title>
     <name first="Simon" middle="" last="George"></name>
     <organization>Royal Holloway</organization>
     <email>s.george@rhul.ac.uk</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="John" middle="" last="Baines"></name>
     <organization>Particle Physics-Rutherford Appleton Laboratory-STFC - Science &amp;</organization>
     <email>john.baines@stfc.ac.uk</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-24T11:20:00</startDate>
   <endDate>2010-07-24T11:33:00</endDate>
   <duration>00:13</duration>
   <abstract>In 2010 ATLAS has seen the first proton-proton collisions at 7 TeV. Later this year a collision rate of nearly 10 MHz is expected. Events of potential interest for physics analysis are selected by a three-level trigger system, with a final recording rate of about 200 Hz. The first level (L1) is implemented in customized hardware, the two levels of the high level trigger (HLT) are software triggers.
The selection is described by the Trigger Configuration in the form of menus, each of which contains more than 500 signatures. Each signature corresponds to a chain of algorithms which reconstruct and refine specific event features. The HLT Steering receives information from the Configuration system, dynamically creates chains and controls the execution of algorithms and flow of information during event processing. The Steering tests each signature on L1-accepted events, and those satisfying one or more test are recorded for later analysis. To save execution time, the Steering has a facility to cache results, avoiding later recalculation. To control rate, prescale factors can be applied to L1 or HLT signatures. Where needed for later analysis, the Steering has a test-after-accept functionality to provide the results of the tests for prescaled signatures. 
In order to maintain a high selection efficiency it is essential that the trigger can be dynamically re-configured in response to changes in the detector or machine conditions, such as the status of detector readout elements, instantaneous LHC luminosity and beam-spot position.  This relies on techniques that allow configuration changes, such as L1 and HLT prescale updates, to be made during a run without disrupting data taking, while ensuring a consistent and reproducible configuration across the entire HLT farm. 
We present the performance of the steering and configuration system during collisions and the expectations for the first phase of LHC exploitation.</abstract>
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   <ID>744</ID>
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   <track>13 - Advances in Instrumentation and Computing for HEP</track>
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    <id>0</id>
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   <title>The CMS Level 1 Triggersystem - functionality  and performance</title>
   <speakers>
    <user>
     <title></title>
     <name first="Herbert" middle="" last="Rohringer"></name>
     <organization>Institut fuer Hochenergiephysik (HEPHY) - Oesterreichische Akad.</organization>
     <email>herbert.rohringer@cern.ch</email>
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     <title></title>
     <name first="Herbert" middle="" last="Rohringer"></name>
     <organization>Institut fuer Hochenergiephysik (HEPHY) - Oesterreichische Akad.</organization>
     <email>herbert.rohringer@cern.ch</email>
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    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
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   <startDate>2010-07-24T11:35:00</startDate>
   <endDate>2010-07-24T11:48:00</endDate>
   <duration>00:13</duration>
   <abstract>We describe the functionality of the hardware based CMS L1 trigger system, which uses special trigger data from our Muon system, the Electromagnetic and Hadronic calorimeters for triggering on jets, electron/gammas and muons, total transverse and missing energy. With these "triggerobjects" complex algorithms can be built, which run simultaneously in the hardware, can be grouped together and masked on demand and are easily changeable by adapting the firmware via a GUI. Technical triggers care for clean collisions, whereas physics triggers are set up to catch interesting physics channels. The available trigger decision (latency) time is designed for 3.2 microseconds, after which via the DAQ the detector data are read out for further processing, reconstruction and filtering ( High Level trigger HLT) online in a computerfarm. In addition a central trigger steering and controlling system allows to control the trigger components. The hardware trigger decisions are checked via software during event processing. We show our experience with this flexible and adaptive system in cosmic runs and the tuning, performance and efficiency with collision data of the LHC.</abstract>
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   <track>13 - Advances in Instrumentation and Computing for HEP</track>
   <type>
    <id>0</id>
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   </type>
   <title>The KLOE-2 experiment at DAFNE upgraded in luminosity.</title>
   <speakers>
    <user>
     <title></title>
     <name first="Flavio" middle="" last="Archilli"></name>
     <organization>University of Rome Tor Vergata</organization>
     <email>flavio.archilli@roma2.infn.it</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="De Lucia" middle="" last="Erika"></name>
     <organization>Laboratori Nazionali di Frascati -  INFN</organization>
     <email>erika.delucia@lnf.infn.it</email>
    </user>
    <user>
     <title></title>
     <name first="Collaboration" middle="" last="KLOE"></name>
     <organization>Laboratori Nazionali di Frascati -  INFN</organization>
     <email>erika.delucia@lnf.infn.it</email>
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   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-24T11:50:00</startDate>
   <endDate>2010-07-24T12:05:00</endDate>
   <duration>00:15</duration>
   <abstract>The KLOE experiment at the DAFNE e+e- collider of the Frascati Laboratories of INFN is going to start a second data-taking campaign (KLOE-2). The detector has been upgraded with small angle electron taggers, while the insertion near the interaction point of an inner tracker is planned for the next year. The interaction region of DAFNE has been modified using a crabbed waist scheme. It has been successfully tested and an improvement in luminosity of about a factor 3 is expected. The KLOE-2 scientific program aims to further improve the experimental studies on kaon and low energy hadron physics, e.g. CKM unitarity and Lepton universality, CPT symmetry and quantum mechanics, low energy QCD, gamma-gamma physics, the contribution of hadron vacuum polarization to muon anomalous moment.</abstract>
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  <contribution>
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   <type>
    <id>0</id>
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   <title>Detectors for leptonic CP violation at the Neutrino Factory</title>
   <speakers>
    <user>
     <title></title>
     <name first="Andrew" middle="" last="Laing"></name>
     <organization>University of Glasgow</organization>
     <email>a.laing@physics.gla.ac.uk</email>
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   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Kenneth" middle="" last="Long"></name>
     <organization>Imperial College London</organization>
     <email>k.long@imperial.ac.uk</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
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   <startDate>2010-07-24T12:10:00</startDate>
   <endDate>2010-07-24T12:25:00</endDate>
   <duration>00:15</duration>
   <abstract>The Neutrino Factory is the most powerful of the proposed facilities to search for CP violation in the lepton sector via neutrino oscillations.  It delivers a well known beam of electron neutrinos and muon-antineutrinos from positive muon decay (electron-antineutrinos and muon neutrinos from negative muon decay) produced in the straight sections of the storage rings in which the muons are confined at an energy of 25 GeV.  Studies carried out in the framework of the International Design Study for the Neutrino Factory (the IDS-NF) show that the sensitivity to the CP-violating phase, the mass hierarchy, and the last unknown mixing angle θ_{13} is maximised with far detectors able to detect with low background the sub-leading ν_e to ν_μ oscillations. The IDS-NF baseline configuration calls for two detectors, one situated between 2000 km and 5000 km and another at the magic baseline of around 7500 km.  Several technologies are being discussed for these magnetised detectors: iron calorimeters; giant liquid argon TPCs; and totally active scintillating detectors.  The IDS-NF baseline option – as a compromise between feasibility, cost, mass, and performance – is a 100 Kton magnetised iron sampling calorimeter at the intermediate baseline, similar to the existing MINOS detector but with 20 times more mass and improved performance, and a 50 Kton detector at the magic baseline.  The other far-detector options, which have better granularity and offer both a lower energy threshold and an improved energy resolution, would complete the scientific return of the facility by detecting additional oscillation channels or unexpected effects and carry out a rich non-accelerator based neutrino programme.  All options still require significant R&amp;D.  A near detector of much smaller mass for precise measurement of neutrino flux and neutrino cross-sections will be situated close to the end of the muon storage ring straight section(s).  The various detector options will be discussed, covering the most important aspects: performance; technological challenges; as well as the R&amp;D program and expected cost drivers.</abstract>
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 <break>
  <name>Lunch Break</name>
  <startDate>2010-07-24T12:30</startDate>
  <endDate>2010-07-24T13:50</endDate>
  <duration>01:20</duration>
  <description>Lunches not provided.</description>
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   <name> </name>
   <address></address>
   <room></room>
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 </break>
 <session>
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  <description></description>
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    <name first="Gaia" middle="" last="Lanfranchi"></name>
    <organization>Istituto Nazionale di Fisica Nucleare (INFN) - Frascati</organization>
    <email>gaia.lanfranchi@lnf.infn.it</email>
   </user>
  </convener>
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   <name> </name>
   <address>None</address>
   <room>Salle 242A</room>
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  <startDate>2010-07-24T13:50:00</startDate>
  <endDate>2010-07-24T15:45:00</endDate>
  <duration>01:55</duration>
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   <ID>886</ID>
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   <type>
    <id>0</id>
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   <title>Evidence for an anomalous like-sign dimuon charge asymmetry</title>
   <speakers>
    <user>
     <title></title>
     <name first="Bruce" middle="" last="Hoeneisen"></name>
     <organization>Universidad San Francisco de Quito</organization>
     <email>bruce1@fnal.gov</email>
    </user>
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     <name first="Physics Coordinators" middle="" last="D0"></name>
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     <email>d0_physics_coordinators@listserv.fnal.gov</email>
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    <name> </name>
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   <startDate>2010-07-24T13:50:00</startDate>
   <endDate>2010-07-24T14:07:00</endDate>
   <duration>00:17</duration>
   <abstract>We measure the charge asymmetry A of like-sign dimuon events in 6.1 fb^{-1} of p anti-p collisions recorded with the D0 detector at a center-of-mass energy sqrt{s} = 1.96 TeV at the Fermilab Tevatron collider. From A, we extract the like-sign dimuon charge asymmetry in semileptonic b-hadron decays:
A^b_{sl}= -0.00957 +- 0.00251(stat) +- 0.00146 (syst).
This result differs by 3.2 standard deviations from the standard model prediction 
A^b_{sl}(SM) = (-2.3^{+0.5}_{-0.6})x10^{-4} and provides first evidence of anomalous CP-violation in the mixing of neutral B mesons.</abstract>
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    <id>0</id>
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   <title>Implications of the dimuon CP asymmetry in B_{d,s} decays</title>
   <speakers>
    <user>
     <title></title>
     <name first="Gilad" middle="" last="Perez"></name>
     <organization>Weizmann Institute</organization>
     <email>jasgilperez@gmail.com</email>
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     <title></title>
     <name first="Gilad" middle="" last="Perez"></name>
     <organization>Weizmann Institute</organization>
     <email>jasgilperez@gmail.com</email>
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   </primaryAuthors>
   <location>
    <name> </name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-24T14:10:00</startDate>
   <endDate>2010-07-24T14:27:00</endDate>
   <duration>00:17</duration>
   <abstract>The D0 Collaboration reported a 3.2sigma deviation from the standard model prediction in the like-sign dimuon asymmetry. Assuming that new physics contributes only to B_{d,s} mixing, we show that the data can be analyzed without using the theoretical calculation of \Delta\Gamma_s, allowing for robust interpretations. We find that this framework gives a good fit to all measurements, including the recent CDF S_{\psi\phi} result. The data allow universal new physics with similar contributions relative to the SM in the B_d and B_s systems, but favors a larger deviation in B_s than in B_d mixing. The general minimal flavor violation framework with flavor diagonal CP violating phases can account for the former and remarkably even for the latter case. This observation makes it simpler to speculate about which extensions with general flavor structure may also fit the data.</abstract>
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   <type>
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   <title>New measurement of the B0_s mixing phase at CDF</title>
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     <title></title>
     <name first="Gavril" middle="" last="Giurgiu"></name>
     <organization>Johns Hopkins</organization>
     <email>gavril.giurgiu@cern.ch</email>
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     <name first="The" middle="" last="CDF Collaboration"></name>
     <organization>Fermilab</organization>
     <email>michal.kreps@kit.edu</email>
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   </primaryAuthors>
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    <name> </name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-24T14:30:00</startDate>
   <endDate>2010-07-24T14:43:00</endDate>
   <duration>00:13</duration>
   <abstract>CDF presents improved bounds on the CP-violating phase beta_s and on the decay-width difference DeltaGamma_s of the neutral B0_s meson system. We use 6500 B0_s --&gt; J/psi phi decays collected by the dimuon trigger and reconstructed in a sample corresponding to 5.2 fb^{-1} of data. Besides exploiting a two-fold increase in statistics with respect to the previous measurement, several improvements have been introduced in the analysis including a fully data-driven flavor-tagging calibration and proper treatment of possible S-wave contributions.</abstract>
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  <contribution>
   <ID>1083</ID>
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   <type>
    <id>0</id>
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   <title>CP violation studies in the B0s system at D0</title>
   <speakers>
    <user>
     <title></title>
     <name first="Rick" middle="" last="Van Kooten"></name>
     <organization>Physics Department-Indiana University</organization>
     <email>rick.van.kooten@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Collaboration" middle="" last="D0"></name>
     <organization>Fermilab</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name> </name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-24T14:45:00</startDate>
   <endDate>2010-07-24T14:58:00</endDate>
   <duration>00:13</duration>
   <abstract>We have performed searches for CP violation in the B0_s system using data samples with 5-6.8 fb^{-1} of proton-antiproton collisions collected with the D0 detector in Run II at the Fermilab Tevatron. We discuss results from a search in a sample of B0_s --&gt;mu^+D^-_sX decays, where CP violation effects appear as a difference in the decay-time distribution for B0_s --&gt; anti-B0_s oscillated states versus that for anti-{B}0_s --&gt; B0_s. We also report an improved measurement of the CP-violating phase phi_s, of the decay width difference for the two mass eigenstates \Delta Gamma_s, of the mean B0_s lifetime $\overline tau_s, and of magnitudes of the decay amplitudes, from the flavor-tagged decay B_s0 --&gt; J/psi phi. Finally we combine these results with the measurement of the branching ratio for the decay B0_s --&gt; D^{(*)+}_s D^{(*)-}_s and the measurement of the like-sign asymmetry for semileptonic b decays.</abstract>
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   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
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   </type>
   <title>S-waves and the measurement of beta_s in Bs decays</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Sheldon" middle="" last="Stone"></name>
     <organization>Syracuse University</organization>
     <email>stone@physics.syr.edu</email>
    </user>
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   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Sheldon" middle="" last="Stone"></name>
     <organization>Syracuse University</organization>
     <email>stone@physics.syr.edu</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Dr.</title>
     <name first="Liming" middle="" last="Zhang"></name>
     <organization>Syracuse University</organization>
     <email>lzhang@physics.syr.edu</email>
    </user>
   </coAuthors>
   <location>
    <name> </name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-24T15:00:00</startDate>
   <endDate>2010-07-24T15:13:00</endDate>
   <duration>00:13</duration>
   <abstract>The CP Violating asymmetry in Bs mixing (beta_s) is one of the most promising measurements where physics beyond the Standard Model could be revealed.  Currently, such measurements are only a 5% likely to be consistent with SM expectations [1]. While this is not yet a significant deviation it does imply that such measurements should be subject to great scrutiny. The mode Bs -&gt; J/psi phi has been used, and the mode Bs -&gt; phi phi proposed for future measurements. These modes both have two vector particles in the final state and thus angular analyses must be used to disentangle the contributions from CP+ and CP- configurations. All publications of beta_s results thus far have not considered the possibility of a substantial S-waves masquerading as low mass K+K- pairs. These could well be the result of a final state formed from an s-quark-anti-s-quark pair in a 0+ spin-parity state, such as the fo(980) meson. I will show estimates of the S-wave contribution to the J/psi phi final state based on Ds decays into K+K-pi+/pi+pi-pi+ [2], and K+K-e+nu/pi+pi-e+nu final states [3]. This S-wave contribution needs to be taken into account in determining beta_s by including an S-wave amplitude in the fit. This may change the central value of current results and will also increase the statistical uncertainty [2,4]. I will also show estimates of the relative Bs decay rate into J/psifo(980), where fo-&gt;pi+pi-. Comparisons will be made with theoretical models [5,6]. The J/psifo(980) mode has been suggested as a CP eigenstate that could yield an independent value of beta_s. I will show an estimate of the sensitivity relative to J/psi phi [7]. Specific strategies are proposed for the Bs -&gt; phi phi mode where two S-waves are possible.
[1] CDF and D0 Combined Working Group, “Combination of DØ and CDF Results o Delta Gamma_s  and the CP-Violating Phase beta_s” CDF/PHYS/BOTTOM/CDFR/9787, DØ Note 5928-CONF (2009).
[2] S. Stone and L. Zhang, “S-waves and the Measurement of CP Violating Phases in Bs Decays,” Phys. Rev. D79, 074024 (2009) arXiv:0812.2832.
[3]K. M. Ecklund et. al (CLEO), “Study of the semileptonic decay Ds+ -&gt; f0(980) e+ nu and implications for Bs -&gt; J/psi f0,” Phys. Rev. D80, 052009 (2009)  arXiv:0907.3201. 
[4] Y. Xie, P. Clarke, G. Cowan, and F. Muheim, “Determination of 2beta_s in B_s -&gt; J/psi K^+ K^- Decays in the Presence of a K^+K^- S-Wave Contribution,” JHEP 0909, 074 (2009) 
[5] P. Colangelo, F. De Fazio, and W. Wang, “Bs -&gt; fo(980) form factors and Bs decays into fo(980)  arXiv:1002.2880.
[6] O. Leitner, J.-P. Dedonder, B. Loiseau, B. El-Bennich, “Scalar resonance effects on the Bs - anti-Bs mixing angle,” arXiv:1003.5980.
[7] S. Stone and L. Zhang, “Measuring the CP Violating Phase in Bs Mixing Using Bs -&gt; J/\psi fo(980)” .</abstract>
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   <abstract>For the next generation B-factory experiment in Japan, SuperKEKB, the high luminosity e+e- asymmetric collider at the B mesons CM energy, is planed as an upgrade of the current KEKB.
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   <title>The heavy ion collider project NICA/MPD at JINR (Dubna)</title>
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     <title>Dr.</title>
     <name first="Grigory" middle="" last="Trubnikov"></name>
     <organization>Joint Institute for Nuclear Research, Dubna</organization>
     <email>trubnikov@jinr.ru</email>
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    <user>
     <title>Dr.</title>
     <name first="Grigory" middle="" last="Trubnikov"></name>
     <organization>Joint Institute for Nuclear Research, Dubna</organization>
     <email>trubnikov@jinr.ru</email>
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   <coAuthors>
    <user>
     <title>Prof.</title>
     <name first="Vladimir" middle="" last="Kekelidze"></name>
     <organization>JINR</organization>
     <email></email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Alexander" middle="" last="Kovalenko"></name>
     <organization>JINR</organization>
     <email></email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Richard" middle="" last="Lednicky"></name>
     <organization>JINR</organization>
     <email></email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Igor" middle="" last="Meshkov"></name>
     <organization>JINR</organization>
     <email></email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Alexei" middle="" last="Sissakian"></name>
     <organization>JINR</organization>
     <email></email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Alexander" middle="" last="Sorin"></name>
     <organization>JINR</organization>
     <email></email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address></address>
    <room>Salle 253</room>
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   <startDate>2010-07-24T14:55:00</startDate>
   <endDate>2010-07-24T15:15:00</endDate>
   <duration>00:20</duration>
   <abstract>New project - heavy ion collider facility NICA/MPD (Nuclotron-based Ion Collider fAcility + MultyPurpose Detector) is under active development now at JINR (Dubna). 
The general goal of the project is to start in the coming 5 years experimental study of hot and dense strongly interacting baryonic matter and search for possible signs of the mixed phase and critical endpoint in heavy ion collisions (centre-of-mass energy √s_N N = 5-11 GeV (for Au^79+), average luminosity of L = 10^27 cm^-2 s^-1) 
The MultiPurpose Detector (MPD) is proposed for this purpose. Another goal of NICA is performance of experimental studies on spin physics with colliding beams of polarized protons and light nuclei.
The report contains physics motivation and main characteristics of the project: the facility scheme and operation scenario, proposed methods of intense ion beam formation, achievement of the required luminosity, conceptual design of the MPD. Status and plans of the project development are presented as well.</abstract>
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    <id>0</id>
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   <title>The Large Hadron Electron Collider (LHeC) Project</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Max" middle="" last="Klein"></name>
     <organization>University of Liverpool</organization>
     <email>mklein@hep.ph.liv.ac.uk</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Max" middle="" last="Klein"></name>
     <organization>University of Liverpool</organization>
     <email>mklein@hep.ph.liv.ac.uk</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address></address>
    <room>Salle 253</room>
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   <startDate>2010-07-24T15:20:00</startDate>
   <endDate>2010-07-24T15:40:00</endDate>
   <duration>00:20</duration>
   <abstract>Under the auspices of CERN, ECFA and NuPECC, a Conceptual Design Report is being prepared on the physics, detector and accelerator for an ep/eA collider, which by adding an O(60) GeV energy electron beam to the proton/ion beams of the LHC, will open a path to high mass and lowest Bjorken x explorations of polarised electron/positron-quark/gluon interactions at TeV energies. The LHeC will extend the kinematic range of ep deep inelastic scattering (in 1/x and Q2) and the integrated luminosity by factors of 100 as compared to HERA. The presentation will highlight the physics programme and describe the design of a new detector and the two options of the accelerator considered, a ring-ring and a linac-ring version of the LHeC.</abstract>
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   <user>
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    <name first="Tony" middle="" last="Gherghetta"></name>
    <organization>University of Melbourne</organization>
    <email>tgher@unimelb.edu.au</email>
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   <name></name>
   <address>None</address>
   <room>Salle 242B</room>
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  <startDate>2010-07-24T14:00:00</startDate>
  <endDate>2010-07-24T15:45:00</endDate>
  <duration>01:45</duration>
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   <ID>1104</ID>
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    <id>0</id>
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   <title>Signature based Searches for new physics involving photons at the Tevatron</title>
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     <title></title>
     <name first="Robert" middle="" last="Blair"></name>
     <organization>ANL (HEP Div.)</organization>
     <email>reb@anl.gov</email>
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    <user>
     <title></title>
     <name first="Physics Coordinators" middle="" last="d0"></name>
     <organization>D0</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
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    <user>
     <title></title>
     <name first="Thomas" middle="" last="Wright"></name>
     <organization>CDF</organization>
     <email>trwright@umich.edu</email>
    </user>
   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T14:00:00</startDate>
   <endDate>2010-07-24T14:15:00</endDate>
   <duration>00:15</duration>
   <abstract>We present a variety of model-independent studies of final states involving photons in combination with other objects. These include charged leptons (including taus), jets (including b-tagged jets), additional photons, and missing energy. Several kinematic distributions are examined in each final state considered to search for discrepancies from the standard model. One of the final states examined, involving a photon, a charged lepton, a b-tagged jet, and missing energy, is employed to study standard model production of t-tbar-gamma in addition to potential new physics. The results use data collected at the Tevatron</abstract>
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    <id>0</id>
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   <title>Vanishing Dimensions and Planar Events at the LHC</title>
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     <title></title>
     <name first="Greg" middle="" last="Landsberg"></name>
     <organization>Brown University</organization>
     <email>greg.landsberg@cern.ch</email>
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   <primaryAuthors>
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     <title></title>
     <name first="Greg" middle="" last="Landsberg"></name>
     <organization>Brown University</organization>
     <email>greg.landsberg@cern.ch</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title></title>
     <name first="Luis" middle="" last="Anchordoqui"></name>
     <organization>U Wisconsin, Milwaukee</organization>
     <email>doqui@gravity.phys.uwm.edu</email>
    </user>
    <user>
     <title></title>
     <name first="Dejan" middle="" last="Stojkovic"></name>
     <organization>SUNY at Buffalo</organization>
     <email>ds77@buffalo.edu</email>
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    <user>
     <title></title>
     <name first="De Chang" middle="" last="Dai"></name>
     <organization>SUNY at Buffalo</organization>
     <email>ddai@buffalo.edu</email>
    </user>
    <user>
     <title></title>
     <name first="Malcolm" middle="" last="Fairbairn"></name>
     <organization>King College, London</organization>
     <email>malcolm.fairbairn@kcl.ac.uk</email>
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    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
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   <startDate>2010-07-24T14:20:00</startDate>
   <endDate>2010-07-24T14:35:00</endDate>
   <duration>00:15</duration>
   <abstract>We propose that the effective dimensionality of the space we live in depends on the length scale we are probing. As the length scale increases, new dimensions open up. At short scales the space is lower dimensional; at the intermediate scales the space is three-dimensional; and at large scales, the space is effectively higher dimensional. This setup allows for some fundamental problems in cosmology, gravity, and particle physics to be attacked from a new perspective. The proposed framework, among the other things, offers a new approach to the cosmological constant problem and results in striking collider phenomenology.</abstract>
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  <contribution>
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    <id>0</id>
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   </type>
   <title>Search for Leptoquarks and Technicolor at the Tevatron</title>
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    <user>
     <title></title>
     <name first="Gerald" middle="" last="Grenier"></name>
     <organization>IPN Lyon</organization>
     <email>grenier@ipnl.in2p3.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Physics Coordinators" middle="" last="D0"></name>
     <organization>D0</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
    </user>
    <user>
     <title></title>
     <name first="Thomas" middle="" last="wright"></name>
     <organization>CDF</organization>
     <email>trwright@umich.edu</email>
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   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T14:40:00</startDate>
   <endDate>2010-07-24T14:55:00</endDate>
   <duration>00:15</duration>
   <abstract>Leptoquarks arise naturally in all models of unification of leptons and quarks,  and might have masses close to the electroweak scale. In this case, to avoid flavor- changing neutral currents, leptoquarks cannot mix generations and separate searches are performed in separate final states for first, second and third generation leptoquarks.   Technicolor models postulate the existence of new (techni-)fermions bound into (techni-)hadrons by a new confining interaction with characteristic energy scale close to the electroweak scale. At the Tevatron collider, technirho and techniomega vector mesons could be produced with their subsequent decays likely to contain weak bosons.  Results from searches using up to 6 fb-1 of data collected at the Fermilab Tevatron collider are presented.</abstract>
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   <type>
    <id>0</id>
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   </type>
   <title>Hidden fine tuning in the quark sector of little higgs models</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Benjamin" middle="" last="Grinstein"></name>
     <organization>University of California San Diego and CERN</organization>
     <email>bgrinstein@ucsd.edu</email>
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   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Benjamin" middle="" last="Grinstein"></name>
     <organization>University of California San Diego and CERN</organization>
     <email>bgrinstein@ucsd.edu</email>
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   <coAuthors>
    <user>
     <title>Mr.</title>
     <name first="Patipan" middle="" last="Uttayarat"></name>
     <organization>University of California San Diego</organization>
     <email></email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Randall" middle="" last="Kelley"></name>
     <organization>Harvard Univesiry</organization>
     <email></email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T15:00:00</startDate>
   <endDate>2010-07-24T15:15:00</endDate>
   <duration>00:15</duration>
   <abstract>In little higgs models a collective symmetry prevents the higgs from acquiring a quadratically divergent mass at one loop. By considering first the littlest higgs model we show that this requires a fine tuning: the couplings in the model introduced to give the top quark a mass do not naturally respect the collective symmetry. We show the problem is generic: it arises from the fact that the would be collective symmetry of any one top quark mass term is broken by gauge interactions.</abstract>
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    <id>0</id>
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   </type>
   <title>Searches for W’ and b’ at the Tevatron</title>
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    <user>
     <title></title>
     <name first="Luca" middle="" last="Scodellaro"></name>
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     <email>d0_physics_coordinators@listserv.fnal.gov</email>
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     <title></title>
     <name first="Thomas Andrew" middle="" last="schwarz"></name>
     <organization>CDF</organization>
     <email>thomas.andrew.schwarz@cern.ch</email>
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   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
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   <startDate>2010-07-24T15:20:00</startDate>
   <endDate>2010-07-24T15:35:00</endDate>
   <duration>00:15</duration>
   <abstract>We present  two Tevatron search results for massive particles; the search for a massive quark (b') decaying to t quark and W boson and the search for the production of a massive W’ gauge boson that decays into a t and b quark.  In the former, we use the scalar sum of the transverse energies and the number of jets present in the event to discriminate possible new quarks or other particles from Standard Model processes, and set limits on a standard 4th generation b' quark. In the latter, we analyze the final-state invariant mass distribution and set upper limits on the production cross section times branching fraction. We set lower mass limits for a left-handed W' boson with SM couplings and for right-handed W' bosons decaying to both leptons and quarks and decaying only to quarks. We also set limits on the coupling of the W' boson to fermions as a function of its mass.</abstract>
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    <name first="Nikos" middle="" last="Varelas"></name>
    <organization>Physics Department - University of Illinois at Chicago</organization>
    <email></email>
   </user>
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   <name></name>
   <address>None</address>
   <room>Salle 252B</room>
  </location>
  <startDate>2010-07-24T14:00:00</startDate>
  <endDate>2010-07-24T15:45:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>1164</ID>
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    <id>0</id>
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   <title>Jet physics at HERA</title>
   <speakers>
    <user>
     <title></title>
     <name first="Claudia" middle="" last="Glasman"></name>
     <organization>DESY</organization>
     <email>claudia@mail.desy.de</email>
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   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Katja" middle="" last="Krueger"></name>
     <organization>DESY/Heidelberg</organization>
     <email>kruegerk@mail.desy.de</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Tobias" middle="" last="Haas"></name>
     <organization>DESY</organization>
     <email>tobias.haas@desy.de</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-24T14:00:00</startDate>
   <endDate>2010-07-24T14:25:00</endDate>
   <duration>00:25</duration>
   <abstract>Jet Production in ep collisions is presented over the 3 orders of magnitude in Q² and a subsequent determination of alpha_s. A first measurement is presented of the charge asymmetry in the hadronic final state from the hard interaction in DIS neutral current scattering. The production of energetic photons produced at low scattering angles is studied in the DIS case. For the first time, differential inclusive-jet cross sections have been measured in neutral current deep DIS using the anti-kt and SIScone algorithms. New measurements of the Dijet cross sections in neutral current and photoproduction are shown. Scaled momentum distributions of charged particles in dijet photoproduction and DIS are also presented. Other measurements discussed: the Azimuthal Correlation between the Scattered Electron and the most Forward Jet and subjet distributions in DIS.</abstract>
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   <ID>1215</ID>
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   <type>
    <id>0</id>
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   </type>
   <title>Jet Physics at Tevatron</title>
   <speakers>
    <user>
     <title></title>
     <name first="Royon" middle="" last="Christophe"></name>
     <organization>DAPNIA</organization>
     <email>christophe.royon@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Physics Coordinators" middle="" last="D0"></name>
     <organization>D0</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Kevin" middle="" last="Pitts"></name>
     <organization>University of Illinois</organization>
     <email>kpitts@uiuc.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-24T14:30:00</startDate>
   <endDate>2010-07-24T14:55:00</endDate>
   <duration>00:25</duration>
   <abstract>We report on different measurements of jet differential cross section and properties obtained from the analysis of ppbar collisions at the Fermilab Tevatron Collider using data collected by the CDF and D0 experiments. The inclusive jet production cross section is measured with two different jet clustering algorithms, compared with next-to-leading order perturbative predictions using the most recent parton distribution function sets, and used to extract the strong coupling constant alpha_s(M_Z). Various two and three jets differential cross section measurements are also presented. Finally we report preliminary result from a study of the properties of highly boosted massive jets, including a study of quantities which can be used to discriminate between massive jets produced via QCD radiation and those arising from the decay of massive particles.</abstract>
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  <contribution>
   <ID>1186</ID>
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   <type>
    <id>0</id>
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   <title>Inclusive jet production cross-section and kinematics in proton-proton collisions at sqrt(s) = 7 TeV with the ATLAS detector</title>
   <speakers>
    <user>
     <title></title>
     <name first="Tancredi" middle="" last="Carli"></name>
     <organization>CERN</organization>
     <email>tancredi.carli@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Michel" middle="" last="Lefebvre"></name>
     <organization>University of Victoria</organization>
     <email>lefebvre@uvic.ca</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-24T15:00:00</startDate>
   <endDate>2010-07-24T15:17:00</endDate>
   <duration>00:17</duration>
   <abstract>Making use of the excellent calorimetry of the ATLAS experiment, the first measurement of the cross-section for inclusive single-jet and di-jet production in proton-proton interactions at sqrt(s) = 7 TeV will be presented. The corrected and unfolded spectrum for high-pT jets in pp collision at a center-of-mass energy of 7 TeV will be described. Special emphasis will be given to the discussion of the initial understanding of the jet energy scale. For the di-jet system, additional corrected distributions will be shown, including the delta phi distribution between the two leading jets in the transverse plane. Comparisons will be made between jets reconstructed using charged tracks and calorimeter jets to study fragmentation effects.</abstract>
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   <type>
    <id>0</id>
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   </type>
   <title>Studies of QCD jet production with the CMS detector in pp Collisions at sqrt(s) = 7 TeV</title>
   <speakers>
    <user>
     <title></title>
     <name first="Mikko" middle="" last="Voutilainen"></name>
     <organization>CERN</organization>
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     <title></title>
     <name first="Bolek" middle="" last="Wyslouch"></name>
     <organization>CMS</organization>
     <email>wyslouch@mit.edu</email>
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    <user>
     <title></title>
     <name first="Manfred" middle="" last="Krammer"></name>
     <organization>CMS</organization>
     <email>manfred.krammer@cern.ch</email>
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   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
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   <startDate>2010-07-24T15:20:00</startDate>
   <endDate>2010-07-24T15:37:00</endDate>
   <duration>00:17</duration>
   <abstract>We report on an extensive list of analyses in order to test QCD predictions for jet production in pp collisions at sqrt(s)=7 TeV, recorded by the CMS experiment. The list includes a measurement of the inclusive jet spectra, obtained with different jet reconstruction methods, the ratio of the inclusive three-jet over two-jet cross sections as a function of the total jet transverse momentum HT, hadronic event shapes as determined from jet momenta, azimuthal decorrelations between the two leading jets, dijet invariant mass spectra and the production ratio for events with two leading jets in two regions of pseudorapidity. Finally, we also present a study of the jet transverse structure, the charged hadrons multiplicity in jets and the longitudinal and transverse momentum distribution of charged hadrons relative to the jet axis. Many of these analyses are based on ratio quantities, where important experimental systematic uncertainties and most notably the luminosity uncertainty cancel.</abstract>
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  <code>07-4</code>
  <title>07 - Neutrinos</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Masaki" middle="" last="Ishitsuka"></name>
    <organization>Tokyo Institute of Technology</organization>
    <email></email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle  Maillot</room>
  </location>
  <startDate>2010-07-24T14:00:00</startDate>
  <endDate>2010-07-24T15:45:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>384</ID>
   <parentProtection>false</parentProtection>
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   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Results from the first T2K physics run</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Eric D." middle="" last="Zimmerman"></name>
     <organization>University of Colorado</organization>
     <email>edz@colorado.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Yuri" middle="" last="Kudenko"></name>
     <organization>Institute for Nuclear Research (INR)-Russian Academy of Sciences</organization>
     <email>kudenko@inr.ru</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle  Maillot</room>
   </location>
   <startDate>2010-07-24T14:00:00</startDate>
   <endDate>2010-07-24T14:15:00</endDate>
   <duration>00:15</duration>
   <abstract>T2K is a long-baseline neutrino oscillation experiment searching for oscillation of muon neutrinos into electron neutrinos and measurement of the mixing angle theta_13, a key unknown mixing parameter in the lepton sector.  The experiment will also make precise measurements of the oscillation parameters Delta m^2_23 and theta_23 via muon neutrino disappearance.
The major components of T2K include a neutrino beam line, muon monitors, a near detector complex located at 280 m from the proton interaction target, and the far detector Super-Kamiokande, which is 295 km from the neutrino source.  The beam uses a 30 GeV primary proton beam, a graphite target, and a three-horn system with a helium decay region.  T2K is the first experiment to exploit the narrow-band off-axis flux from a pion decay-in-flight neutrino source.  The near detector uses multiple technologies to measure the flux both on the beam axis and at the 2.5 degree off-axis angle that the far detector observes.  The unoscillated event rate and spectrum will be predicted using the observed neutrino interactions in the near detectors, measurements of the primary proton beam and tertiary muons, and hadron production data from CERN experiment NA61.  The oscillation analysis will compare the rates of observed and predicted muon and electron neutrino candidates in the far detector.
The T2K beam line and the near and far neutrino detectors, including an upgrade of Super-Kamiokande, were successfully commissioned in 2009.  The design and performance of the beam and neutrino detectors will be presented, along with some results from the first physics run completed in June 2010.</abstract>
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    <id>0</id>
    <name>Parallel Session Talk</name>
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   <title>An Update of Neutrino Interactions in the OPERA Long Baseline Experiment in the CERN-LNGS Beam</title>
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    <user>
     <title>Dr.</title>
     <name first="Pasquale" middle="" last="Migliozzi"></name>
     <organization>Istituto Nazionale di Fisica Nucleare (INFN)</organization>
     <email>pasquale.migliozzi@cern.ch</email>
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   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Pasquale" middle="" last="Migliozzi"></name>
     <organization>Istituto Nazionale di Fisica Nucleare (INFN)</organization>
     <email>pasquale.migliozzi@cern.ch</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle  Maillot</room>
   </location>
   <startDate>2010-07-24T14:20:00</startDate>
   <endDate>2010-07-24T14:35:00</endDate>
   <duration>00:15</duration>
   <abstract>The OPERA long-baseline neutrino experiment is a hybrid electronic-emulsion experiment located in the underground INFN-LNGS Laboratory in central Italy. Its main goal is to observe nu-mu → nu-tau oscillations in appearance mode in the CNGS nu-mu beam from CERN to Gran Sasso. The electronic detectors yielded information on the neutrino beam and localized where an interaction took place. Runs with CNGS neutrinos were successfully carried out in 2008 and 2009.
After a brief description of the beam and of the experimental setup, an updated report on the beam, on the performance of the electronic detectors and on the collection, reconstruction and analysis of neutrino interaction events in the emulsions will be presented.</abstract>
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  <contribution>
   <ID>1062</ID>
   <parentProtection>false</parentProtection>
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   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>New neutrino interactions at large colliders</title>
   <speakers>
    <user>
     <title></title>
     <name first="Francisco" middle="" last="Del Aguila"></name>
     <organization>Facultad de Fisica</organization>
     <email>faguila@ugr.es</email>
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   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Francisco" middle="" last="del Aguila"></name>
     <organization>Universidad de Granada, Spain</organization>
     <email>faguila@ugr.es</email>
    </user>
   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle  Maillot</room>
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   <startDate>2010-07-24T14:40:00</startDate>
   <endDate>2010-07-24T14:55:00</endDate>
   <duration>00:15</duration>
   <abstract>Neutrino oscillations can be explained introducing Dirac or/and Majorana neutrino masses and the corresponding charged current mixing matrix. Neither of them can be directly measured at large colliders, but their generating mechanism and/or new neutrino interactions can be unveiled at LHC if they are mediated by new particles at the TeV scale.</abstract>
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  <contribution>
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   <track>07 - Neutrinos</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Hadron production measurements for neutrino experiments by the NA61/SHINE experiment at CERN</title>
   <speakers>
    <user>
     <title></title>
     <name first="Sandro" middle="" last="Bravar"></name>
     <organization>Section de Physique - Univ. de Genève</organization>
     <email>alessandro.bravar@unige.ch</email>
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     <title></title>
     <name first="Alain" middle="" last="Blondel"></name>
     <organization>Departement de Physique Nucleaire et Corpusculaire (DPNC)</organization>
     <email>alain.blondel@cern.ch</email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-24T15:00:00</startDate>
   <endDate>2010-07-24T15:12:00</endDate>
   <duration>00:12</duration>
   <abstract>As neutrino long baseline experiments enter a new domain of precision, important systematic errors due to poor knowledge of production cross sections for pions and kaons require more precise measurements. Among other goals, the NA61/SHINE (SHINE SPS Heavy Ion and Neutrino Experiment) experiment at the CERN SPS aims at precision (5% and below) measurements to improve the prediction of the neutrino flux for the T2K experiment at J-PARC. The spectrometer is equipped with a large set of TPCs, whose acceptance covers the relevant phase-space for the T2K beamline. Extensive dE/dx measurements in the TPC, complemented by an upgraded Time-of-Flight system, provide particle identification over the whole kinematic range. Data were taken in 2007 and again in 2009 after a major readout upgrade, using both a thin target and a full size replica of the T2K target. Preliminary spectra for positive and negative pions obtained with the 2007 thin target data will be presented. An overview of the foreseen program of measurements will be given.</abstract>
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   <title>The ArgoNeuT Experiment</title>
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    <user>
     <title></title>
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     <organization>Yale University</organization>
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     <organization>Yale University</organization>
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    <name></name>
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   <startDate>2010-07-24T15:15:00</startDate>
   <endDate>2010-07-24T15:27:00</endDate>
   <duration>00:12</duration>
   <abstract>Liquid Argon Time Projection Chamber (LArTPC) technology offers exceptional position resolution, total-absorption calorimetry, scalability, and efficient particle identification for neutrino detection. ArgoNeuT, a 170 liter LArTPC neutrino detector set in the NuMI beamline at Fermilab, has collected thousands of low energy (E_{nu} \approx 3 GeV) neutrino and anti-neutrino events in a wide variety of channels. (Anti-)Neutrino events in ArgoNeuT and preliminary kinematic distributions will be presented along with a description of the physics analysis, detector design, and future prospects. Emphasis will be placed on the ongoing neutrino-argon charged current quasi-elastic cross section analysis, relevant for long baseline neutrino oscillation experiments.</abstract>
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    <id>0</id>
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   <title>Update to the Bodek-Yang Unified Model for  Electron- and Neutrino-  Nucleon Scattering  Cross Sections</title>
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    <user>
     <title>Prof.</title>
     <name first="Arie" middle="" last="Bodek"></name>
     <organization>University of Rochester</organization>
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     <title>Prof.</title>
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     <organization>University of Rochester</organization>
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     <name first="Un-Ki" middle="" last="Yang"></name>
     <organization>University of Manchester</organization>
     <email>ukyang@hep.manchester.ac.uk</email>
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   <startDate>2010-07-24T15:30:00</startDate>
   <endDate>2010-07-24T15:42:00</endDate>
   <duration>00:12</duration>
   <abstract>We present unpdate to the Bodek-Yang model for inelastic neutrino- and electron-nucleon scattering cross sections using effective leading order parton distribution functions with a new scaling variable \xi_w. 
Non-perturbative effects are well described using the \xi_w scaling variable, in combination with multiplicative K factors at low Q^2 for Q^2 &lt; 1 GeV^2.
Our model desribes all inelastic charged lepton-nucleon scattering (including resonance) data (HERA/NMC/BCDMS/SLAC/JLab) ranging from very high Q^2 to very low Q^2 and down to the photo-production region. The model describes existing inelastic neutrino-nucleon scattering measurements, and is currently used in analyses of  neutrino oscillation experiments in the few GeV region.</abstract>
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  <code>11-4</code>
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    <name first="Aurelien" middle="" last="Barrau"></name>
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    <email>barrau@in2p3.fr</email>
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  <startDate>2010-07-24T14:00:00</startDate>
  <endDate>2010-07-24T15:45:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>156</ID>
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    <id>0</id>
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   <title>Detecting Astrophysical Neutrinos with the IceCube Observatory</title>
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     <title>Dr.</title>
     <name first="Chad" middle="" last="Finley"></name>
     <organization>Stockholm University</organization>
     <email>cfinley@fysik.su.se</email>
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     <title>Dr.</title>
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     <organization>Stockholm University</organization>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-24T14:00:00</startDate>
   <endDate>2010-07-24T14:17:00</endDate>
   <duration>00:17</duration>
   <abstract>Observations spanning TeV gamma rays to EeV cosmic rays suggest that a correlated flux of neutrinos within this energy range should also exist. The principal mission of the IceCube Neutrino Observatory is to detect these high energy neutrinos and identify their sources. The leading candidates are objects long suspected of accelerating cosmic rays, including supernova remnants, active galactic nuclei, and gamma ray bursts. Other potential sources of high energy neutrinos include dark matter annihilation in the Sun, which offers a complementary search channel to direct detection experiments on Earth. Next winter, the 7-year construction of the observatory will be completed, and the challenge begins in earnest. I will describe the promising results obtained so far with the early stages of the detector, and what we might learn with the full observatory in the not-too-distant future.</abstract>
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   <title>The ANTARES neutrino telescope</title>
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     <title>Prof.</title>
     <name first="Maurizio" middle="" last="Spurio"></name>
     <organization>University of Bologna and INFN</organization>
     <email>spurio@bo.infn.it</email>
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     <title>Prof.</title>
     <name first="Maurizio" middle="" last="Spurio"></name>
     <organization>University of Bologna and INFN</organization>
     <email>spurio@bo.infn.it</email>
    </user>
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   <startDate>2010-07-24T14:20:00</startDate>
   <endDate>2010-07-24T14:37:00</endDate>
   <duration>00:17</duration>
   <abstract>The ANTARES high-energy neutrino telescope is a three-dimensional array of 885 photomultipliers distributed over 12 lines, installed deep in the Mediterranean Sea and completed in May 2008. The detector is optimized for the detection of muon neutrinos in an energy range from a few hundred GeV up to 1 PeV.  The main goal of the experiment is to probe the Universe by means of neutrino events in an attempt to investigate the nature of high energy astrophysical accelerators, to contribute to the identification of cosmic ray sources, and to explore the nature of dark matter. The status of the detector and the first results from the analyses carried out will be reported.  In particular, the results of the searches for point-like neutrino sources and of the search for an excess of events over the expected atmospheric neutrino background due to a diffuse flux of very-high energy (E&gt;100 TeV) neutrinos will be presented.</abstract>
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    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Electroweak stars: Electroweak Matter Destruction as an Exotic Stellar Engine</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Dejan" middle="" last="Stojkovic"></name>
     <organization>SUNY at Buffalo</organization>
     <email>ds77@buffalo.edu</email>
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   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Dejan" middle="" last="Stojkovic"></name>
     <organization>SUNY at Buffalo</organization>
     <email>ds77@buffalo.edu</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Prof.</title>
     <name first="Glenn" middle="" last="Starkman"></name>
     <organization>CWRU</organization>
     <email></email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Arthur" middle="" last="Lue"></name>
     <organization>MIT</organization>
     <email></email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="De Chang" middle="" last="Dai"></name>
     <organization>SUNY at Buffalo</organization>
     <email></email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T14:40:00</startDate>
   <endDate>2010-07-24T14:53:00</endDate>
   <duration>00:13</duration>
   <abstract>Stellar evolution from a protostar to neutron star is of one of the best studied subjects in modern astrophysics. Yet, it appears that there is still a lot to learn about the extreme conditions where the fundamental particle physics meets strong gravity regime. After all of the thermonuclear fuel is spent, and after the supernova explosion, but before the remaining mass crosses its own Schwarzschild radius, the temperature of the central core of the star might become higher than the electroweak symmetry restoration temperature. The source of energy, which can at least temporarily balance gravity, are baryon number violating instanton processes which are basically unsuppressed at temperatures above the electroweak scale. We constructed a solution to the Oppenheimer-Volkoff equation which describes such a star. The energy release rate is enormous at the core, but gravitational redshift and the enhanced neutrino interaction cross section at these densities make the energy release rate moderate at the surface of the star. The lifetime of this new quasi-equilibrium can be more than ten million years, which is long enough to represent a new stage in the evolution of a star.</abstract>
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  <contribution>
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   <type>
    <id>0</id>
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   </type>
   <title>Recent Results From VERITAS</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="David" middle="" last="Hanna"></name>
     <organization>McGill University</organization>
     <email>hanna@physics.mcgill.ca</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="David" middle="" last="Hanna"></name>
     <organization>McGill University</organization>
     <email>hanna@physics.mcgill.ca</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T14:55:00</startDate>
   <endDate>2010-07-24T15:12:00</endDate>
   <duration>00:17</duration>
   <abstract>VERITAS (Very Energetic Radiation Imaging Telescope Array System) is an array of four 12-m atmospheric Cherenkov telescopes located near Tucson, Arizona, USA. It is sensitive to astrophysical gamma rays at energies above 100 GeV. Since becoming fully operational in September 2007, VERITAS has detected a variety of sources, including active galactic nuclei, pulsar wind nebulae, and supernova remnants. Gamma rays have also been observed from a starburst galaxy, a radio galaxy and an X-ray binary system. Searches for dark-matter annihilation and black-hole evaporation are a continuing part of the science program. This presentation will highlight recent results from VERITAS and outline plans for future upgrades and further observations.</abstract>
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    <title>Slides</title>
    <description></description>
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    <id>0</id>
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   </type>
   <title>Recent Results from Milagro and Prospects for HAWC</title>
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    <user>
     <title></title>
     <name first="Stefan" middle="" last="Westerhoff"></name>
     <organization>University of Wisconsin-Madison</organization>
     <email>westerhoff@physics.wisc.edu</email>
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   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="John" middle="" last="Pretz"></name>
     <organization>Los Alamos National Lab</organization>
     <email>jpretz@lanl.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T15:15:00</startDate>
   <endDate>2010-07-24T15:28:00</endDate>
   <duration>00:13</duration>
   <abstract>Milagro, a water Cherenkov air shower detector located in the Jemez Mountains, operated from 2000 to 2008.  With its wide field of view and nearly continuous operation, Milagro has shed new light on the TeV sky.  As a gamma-ray detector, it has detected and monitored known sources such as the Crab Nebula and Markarian 421, and it has discovered TeV emission from a number of other sources.  As a cosmic-ray detector, Milagro characterized the large scale anisotropy, and it also discovered localized regions of excess cosmic rays.  I will discuss recent results from Milagro and the status and prospects for the High Altitude Water Cherenkov experiment, under construction in Sierra Negra, Mexico.</abstract>
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  <contribution>
   <ID>383</ID>
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   <track>11 - Particle Astrophysics and Cosmology</track>
   <type>
    <id>0</id>
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   </type>
   <title>Astroparticle Physics with the ARGO-YBJ Experiment</title>
   <speakers>
    <user>
     <title></title>
     <name first="Giovanni" middle="" last="Marsella"></name>
     <organization>Università del Salento and INFN Lecce</organization>
     <email>giovanni.marsella@le.infn.it</email>
    </user>
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    <user>
     <title></title>
     <name first="Giovanni" middle="" last="Marsella"></name>
     <organization>Università del Salento and INFN Lecce</organization>
     <email>giovanni.marsella@le.infn.it</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T15:30:00</startDate>
   <endDate>2010-07-24T15:43:00</endDate>
   <duration>00:13</duration>
   <abstract>The ARGO-YBJ experiment, installed at the Yangbajing Cosmic Ray Laboratory (Tibet, China), at 4300 m a.s.l., is a detector 100x110m^2 large, made by a layer of Resistive Plate Counters (RPCs) consisting of a central carpet with almost full coverage extending over an area of about 5.500 m^2, surrounded by a guard ring with partial coverage. The high space-time granularity, the full-coverage technique and the high altitude location make this detector a unique device for a detailed study of the atmospheric shower characteristics with an energy threshold of a few hundred GeV. These properties in addition to the large field of view and the high duty cycle enable the ARGO-YBJ experiment to monitor the sky in a continuous way. Results have been reached in a wide variety of fields ranging from Gamma Astronomy, to Solar Physics, from Cosmic Rays composition to hadronic interactions and proton-antiproton ratio. A summary of all these results will be presented and reviewed.</abstract>
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  <code>13-3</code>
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    <name first="Isabelle" middle="" last="Wingerter"></name>
    <organization>LAPP Annecy</organization>
    <email>isabelle.wingerter@cern.ch</email>
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   <name></name>
   <address>None</address>
   <room>Salle 252A</room>
  </location>
  <startDate>2010-07-24T14:00:00</startDate>
  <endDate>2010-07-24T15:45:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>763</ID>
   <parentProtection>false</parentProtection>
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   <title>T2K near detector tracker</title>
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     <title>Ms.</title>
     <name first="Flor de Maria" middle="" last="Blaszczyk"></name>
     <organization>CEA / Irfu / SPP</organization>
     <email>flordemaria.blaszczyk@cea.fr</email>
    </user>
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     <title>Ms.</title>
     <name first="Flor de Maria" middle="" last="Blaszczyk"></name>
     <organization>CEA / Irfu / SPP</organization>
     <email>flordemaria.blaszczyk@cea.fr</email>
    </user>
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    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-24T14:00:00</startDate>
   <endDate>2010-07-24T14:15:00</endDate>
   <duration>00:15</duration>
   <abstract>Tokai to Kamioka (T2K) is a new generation neutrino oscillation experiment that started collecting data in 2009 in Japan. A νμ beam produced by an intense proton beam colliding onto a target is directed from J-PARC (Tokai) to the 50kt water Cerenkov detector Super Kamiokande at a distance of 295 km. T2K’s main goals are measuring one of the last unknown parameters of the PMNS matrix θ13 by using νe appearance in the beam, and measuring precisely Δm²23 and θ23 by using νμ disappearance.
A near detector (ND280) placed in a 0.2 T magnetic field is located at 280m from the target to allow the characterisation of the neutrino beam before oscillation. In particular, the detector measures the neutrino energy spectra, beam flavor composition, background and cross-sections. ND280 started taking data at the end of 2009. An essential element of ND280 is the tracker, composed of two fine grained detectors (FGD) to serve as targets for neutrino interactions and measure cross-sections, and three time projection chambers (TPC) to track and identify charged particles. The TPCs’ readout planes are equiped with Micromegas micro-pattern detectors, achieving a total active surface of 9m2. The first FGD is made of scintillator bars only whereas the second one includes water targets. The performance of the tracker with cosmic ray and neutrino data will be presented.</abstract>
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   <title>LHCb Computing experience with first data</title>
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     <title></title>
     <name first="Marco" middle="" last="Adinolfi"></name>
     <organization>University of Bristol</organization>
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     <title></title>
     <name first="Speaker’s Bureau" middle="" last="LHCB"></name>
     <organization>Institute for Theoretical and Experimental Physics (ITEP)</organization>
     <email>victor.egorychev@cern.ch</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-24T14:20:00</startDate>
   <endDate>2010-07-24T14:35:00</endDate>
   <duration>00:15</duration>
   <abstract>After several years of experience with Grid production and Analysis dealing with simulated data, the first LHC collision data (as of March 2010) have confronted the LHCb Computing Model with real data. The LHCb Computing Model is somewhat different from the traditional MONARC hierarchical model used by the other LHC experiments: first pass reconstruction, as well as further reprocessings, are performed at a set of 7 Tier-1 sites (including CERN), while Tier2 sites are used mainly for simulation productions. User analysis is performed at LHCb Analysis Centres for which the  timeline is the 7 Tier1s.Event reconstruction is enabled only after thorough checking of the quality of the data. In case there is a need for a new calibration or alignment of the detector, new calibration constants are generated and certified, before the reconstruction can proceed. Analysis relies on the concept of reduced datasets (so-call stripped datasets) that are centrally produced at the 7 Tier-1's and then distributed to all the analysis centres. We shall review the performance of this model with the 2010 real data, and give an outlook for possible modifications to be put in place for the 2011 run.</abstract>
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  <contribution>
   <ID>1196</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>13 - Advances in Instrumentation and Computing for HEP</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Operation of the CMS detector with first collisions at 7 TeV at the LHC</title>
   <speakers>
    <user>
     <title></title>
     <name first="Gianluca" middle="" last="Cerminara"></name>
     <organization>CERN</organization>
     <email>gianluca.cerminara@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Bolek" middle="" last="Wyslough"></name>
     <organization>MIT</organization>
     <email>wyslough@mit.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-24T14:40:00</startDate>
   <endDate>2010-07-24T14:55:00</endDate>
   <duration>00:15</duration>
   <abstract>The CMS detector, now taking data at the LHC in Geneva, is a very complex apparatus with more than 70 million acquisition channels. To exploit its full physics potential, a very careful calibration of the various components (crystal, drift tubes, silicon devices) and their attached electronics, together with an optimal knowledge of them in 3D space, is absolutely needed. The CMS Collaboration is putting a big effort in developing and deploying an infrastructure to allow for the best knowledge of those conditions at any given moment, thus following as fast as possible any change in running conditions. The talk will cover the development side of the Calibration and Alignment system, together with planned features and the operational report from the first data taking period for the different detectors. Focus is also put on the detector performances and features of the Reconstruction used to allow for such high precision calibrations.</abstract>
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   <ID>1197</ID>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Operation of the ATLAS detector with first collisions at 7 TeV at the LHC</title>
   <speakers>
    <user>
     <title></title>
     <name first="Peter" middle="" last="Onyisi"></name>
     <organization>University of Chicago</organization>
     <email>ponyisi@hep.uchicago.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Michel" middle="" last="Lefebvre"></name>
     <organization>University of Victoria</organization>
     <email>lefebvre@uvic.ca</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-24T15:00:00</startDate>
   <endDate>2010-07-24T15:15:00</endDate>
   <duration>00:15</duration>
   <abstract>The ATLAS experiment at the LHC started to accumulate 7TeV pp collisions data early in 2010. We shall report on the operations of the detector, discussing e.g. details of the detector status, the data acquisition efficiency with beam, the online measurement of the LHC luminosity. The online monitoring and data quality assessment will be described.</abstract>
   <material>
    <ID>slides</ID>
    <title>Slides</title>
    <description></description>
    <type></type>
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  <contribution>
   <ID>1220</ID>
   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
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   </type>
   <title>Micro Pattern Gas Detectors in High Energy Physics</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Jochen" middle="" last="Kaminski"></name>
     <organization>Rheinische-Friedrich-Wilhelms-Univ. Bonn, Physikalisches Institut</organization>
     <email>jochen.kaminski@cern.ch</email>
    </user>
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    <user>
     <title></title>
     <name first="Jochen" middle="" last="Kaminski"></name>
     <organization>Bonn University</organization>
     <email>kaminski@physik.uni-bonn.de</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-24T15:20:00</startDate>
   <endDate>2010-07-24T15:40:00</endDate>
   <duration>00:20</duration>
   <abstract>Micro-pattern gas detectors are used for an increasingly wide range of detector applications in particle physics. Both GEM based detectors and Micromegas based detectors are being studied. Several new production techniques in particular for Micromegas detectors have recently been announced.
In this talk the state of the different technologies will be discussed, together with a review of their current and planned applications. Both the traditional readout of GEM or Micromegas using a pad plane as well as the novel combination of a Micro pattern gas detector with a silicon pixel readout will be presented.</abstract>
   <material>
    <ID>slides</ID>
    <title>Slides</title>
    <description></description>
    <type></type>
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     <file>
      <name>MicroPatternGasDetectors.pdf</name>
      <type>pdf</type>
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 </session>
 <break>
  <name>Coffee Break</name>
  <startDate>2010-07-24T15:45</startDate>
  <endDate>2010-07-24T16:05</endDate>
  <duration>00:20</duration>
  <location>
   <name> </name>
   <address></address>
   <room></room>
  </location>
 </break>
 <session>
  <ID>53</ID>
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  <code>06-8</code>
  <title>06 - CP violation, CKM and Rare Decays</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Gaia" middle="" last="Lanfranchi"></name>
    <organization>Istituto Nazionale di Fisica Nucleare (INFN) - Frascati</organization>
    <email>gaia.lanfranchi@lnf.infn.it</email>
   </user>
  </convener>
  <location>
   <name> </name>
   <address>None</address>
   <room>Salle 242A</room>
  </location>
  <startDate>2010-07-24T16:05:00</startDate>
  <endDate>2010-07-24T18:00:00</endDate>
  <duration>01:55</duration>
  <contribution>
   <ID>922</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Flavor Physics in a Warped Extra Dimension</title>
   <speakers>
    <user>
     <title></title>
     <name first="Matthias" middle="" last="Neubert"></name>
     <organization>Johannes Gutenberg University Mainz</organization>
     <email>neubertm@uni-mainz.de</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Matthias" middle="" last="Neubert"></name>
     <organization>Johannes Gutenberg University Mainz</organization>
     <email>neubertm@uni-mainz.de</email>
    </user>
   </primaryAuthors>
   <location>
    <name> </name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-24T16:05:00</startDate>
   <endDate>2010-07-24T16:18:00</endDate>
   <duration>00:13</duration>
   <abstract>A comprehensive analysis of tree-level weak interaction processes at low energy is presented for different implementations of the Randall-Sundrum model with gauge and matter fields in the bulk and brane-localized Higgs sector. The complete form of the effective weak Hamiltonian is obtained, which results from tree-level exchange of Kaluza-Klein (KK) gluons and photons, the W and Z bosons and their KK excitations, as well as the Higgs boson. A detailed phenomenological analysis is performed for potential new-physics e_ects in neutral-meson mixing and in rare decays of kaons and B mesons, including both inclusive and exclusive processes.</abstract>
   <material>
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    <title>Slides</title>
    <description></description>
    <type></type>
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  </contribution>
  <contribution>
   <ID>444</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>06 - CP violation, CKM and Rare Decays</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Status of flavor constraints on beyond the Standard Model scenarios</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Nazila" middle="" last="Mahmoudi"></name>
     <organization>LPC Clermont-Ferrand</organization>
     <email>mahmoudi@in2p3.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Nazila" middle="" last="Mahmoudi"></name>
     <organization>LPC Clermont-Ferrand</organization>
     <email>mahmoudi@in2p3.fr</email>
    </user>
   </primaryAuthors>
   <location>
    <name> </name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-24T16:20:00</startDate>
   <endDate>2010-07-24T16:32:00</endDate>
   <duration>00:12</duration>
   <abstract>The interplay of flavor and collider physics is entering a new era with the start-up of the LHC. During the past few years rare B decays and in particular b -&gt; s gamma transitions have been extensively used and provided exciting opportunities for mapping possible routes beyond the SM. Flavor constraints play in this manner a complementary role to the direct searches.
In this talk, I will present an overview of the existing flavor constraints on various models and show examples of comparison with the LHC discovery potentials. I will also describe very briefly the SuperIso program which is dedicated to flavor physics observable calculations.</abstract>
   <material>
    <ID>slides</ID>
    <title>Slides</title>
    <description></description>
    <type></type>
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  <contribution>
   <ID>1219</ID>
   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
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   <title>J/psi-&gt;mumu from 7 TeV pp collisions in ATLAS: performance with the first data</title>
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     <title></title>
     <name first="Andreas" middle="" last="Korn"></name>
     <organization>Lawrence Berkeley National Laboratory (LBNL)</organization>
     <email>andreas.korn@cern.ch</email>
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   <primaryAuthors>
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     <title></title>
     <name first="Collaboration" middle="" last="ATLAS"></name>
     <organization>CERN</organization>
     <email>lefebvre@uvic.ca</email>
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   <location>
    <name> </name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-24T16:34:00</startDate>
   <endDate>2010-07-24T16:45:00</endDate>
   <duration>00:11</duration>
   <abstract>ATLAS has a rich charmonium and beauty physics programme. After a few pb-1 of 7 TeV collision data have been taken at the LHC, ATLAS will be able to start probing the new energy regime with decays of the psi and Upsilon families of mesons into pairs of muons. In addition to the physics aspects of the charm resonances, they are also an important tool for understanding the performance of the detector. We present studies of the ATLAS Inner Detector performance using the early ATLAS J/psi sample. In particular, the measured J/psi mass and width are presented together with the vertexing performance. The consequences of these Inner Detector performance issues in the early ATLAS beauty and charmonium measurements are discussed.</abstract>
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   <title>J/psi-&gt;mumu from 7 TeV pp collisions in ATLAS: physics with the first data</title>
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     <title></title>
     <name first="Andy" middle="" last="Nelson"></name>
     <organization>Iowa State University</organization>
     <email>andrew.james.nelson@cern.ch</email>
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   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Collaboration" middle="" last="ATLAS"></name>
     <organization>CERN</organization>
     <email>lefebvre@uvic.ca</email>
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    <name> </name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-24T16:47:00</startDate>
   <endDate>2010-07-24T16:58:00</endDate>
   <duration>00:11</duration>
   <abstract>ATLAS has a rich charmonium and beauty physics programme. After a few pb-1 of 7 TeV collision data have been taken at the LHC, ATLAS will be able to start probing the new energy regime with decays of the psi and Upsilon families of mesons into pairs of muons. The very first physics measurement, possible with less than 1 pb-1 of data, is the fraction of J/psi mesons produced in B-hadron decays. We present preliminary results for this measurement, and discuss issues surrounding the measurement of the differential cross section and J/psi polarization.</abstract>
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   <title>A brief (p)review on a possible fourth generation world to come</title>
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     <name first="George Wei-Shu" middle="" last="Hou"></name>
     <organization>National Taiwan University (NTU)</organization>
     <email>george.wei-shu.hou@cern.ch</email>
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     <name first="George Wei-Shu" middle="" last="Hou"></name>
     <organization>National Taiwan University (NTU)</organization>
     <email>wshou@phys.ntu.edu.tw</email>
    </user>
   </primaryAuthors>
   <location>
    <name> </name>
    <address>None</address>
    <room>Salle 242A</room>
   </location>
   <startDate>2010-07-24T17:00:00</startDate>
   <endDate>2010-07-24T17:13:00</endDate>
   <duration>00:13</duration>
   <abstract>From a thread in the "Direct CPV difference" in charged vs neutral B -&gt; K pi decays observed at the B factories, a possible large and negative mixing-dependent CPV in Bs -&gt; J/psi phi is predicted, if the former arises at least partially from 4th generation t' effect in the Z-penguin. Surprisingly, there is some standing hint at the Tevatron. Whether or not these flavor and CPV effects bear up, a 4th generation would help us soar to the heavens: there seems to be enough CPV for the baryon asymmetry of the Universe. A separate thread is the ever increasing bounds on t' and b' at the Tevatron, implying large Yukawa coupling. Direct search can only be settled at the LHC, and the partial wace unitarity bound is only a glass ceiling. What is intriguing is the possibility of EW symmetry breaking due to the NJL-type condensation of very heavy 4th generation quarks, where we outline two scenarios that can be pursued on the lattice: Higgs-Yukawa Lagrangian, and the electrweak theory as we know it, without ever mentioning the Higgs boson. If the pursuit of 4th generation quark search at the LHC bears fruit, we may simultaneously touch upon two of the greatest problems in particle physics, and even cosmology: source of EW symmetry breaking (raison d'etre for LHC); and source of CPV for BAU (raison d'etre for ourselves). Implications for flavor and other physics would be further discussed.</abstract>
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     <title></title>
     <name first="Yutaka" middle="" last="Ushiroda"></name>
     <organization>KEK</organization>
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     <title>Prof.</title>
     <name first="Peter" middle="" last="Krizan"></name>
     <organization>Ljubljana Univ. and J. Stefan Institute, Ljubljana</organization>
     <email>peter.krizan@ijs.si</email>
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   </primaryAuthors>
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    <name> </name>
    <address>None</address>
    <room>Salle 242A</room>
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   <startDate>2010-07-24T17:15:00</startDate>
   <endDate>2010-07-24T17:28:00</endDate>
   <duration>00:13</duration>
   <abstract>We report on the plan and current status of the upgrade of the KEK B-factory accelerator toa super B factory (SuperKEKB), and the upgrade of the Belle detector to Belle II. The upgraded accelerator should reach an instantaneous luminosity of 8 x 10^{35} cm^{-2} s^{-1}, which is about 40 times higher than that of the current KEKB accelerator. The upgraded Belle II detector will be significantly improved to increase background rejection and improve physics performance. The expected sensitivity to new physics of the Belle II experiment will be presented. Many of the physics measurements are unique to e+e- a collider experiments and complementary to new physics searches that will be carried out at the LHC.</abstract>
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   <title>CKMfitter Summer 2010 collection: The CKM Matrix Status and sensitivity to New Physics</title>
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     <title>Dr.</title>
     <name first="Stéphane" middle="" last="T'Jampens"></name>
     <organization>LAPP (Université de Savoie et CNRS/IN2P3)</organization>
     <email>tjampens@in2p3.fr</email>
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     <name first="Stéphane" middle="" last="T'Jampens"></name>
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     <email>tjampens@in2p3.fr</email>
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    <name> </name>
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   <startDate>2010-07-24T17:30:00</startDate>
   <endDate>2010-07-24T17:43:00</endDate>
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   <abstract>An up-to-date profile of the Cabibbo-Kobayashi-Maskawa matrix is given with emphasis on the interpretation of recent results on CP violation. A review of all relevant experimental and theoretical inputs from the contributing domains of electroweak interaction are provided together with numerical and graphical constraints on the CKM parameters and predictions of related physical observables. We discuss the impact of what the data actually say on studies of new physics and contraints on its parameters are derived.</abstract>
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   <title>Unitarity Triangle Analysis within and beyond the SM</title>
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     <title>Dr.</title>
     <name first="Cecilia" middle="" last="Tarantino"></name>
     <organization>Technical University Munich</organization>
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     <name first="Cecilia" middle="" last="Tarantino"></name>
     <organization>University and INFN Roma Tre</organization>
     <email>tarantino@fis.uniroma3.it</email>
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    <name> </name>
    <address>None</address>
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   <startDate>2010-07-24T17:45:00</startDate>
   <endDate>2010-07-24T17:58:00</endDate>
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   <abstract>We present the update of the Unitarity Triangle (UT) analysis performed by the UTfit Collaboration within the Standard Model (SM) and beyond. Within the SM, combining the direct measurements on sides and angles, the UT turns out to be over-constrained in a consistent way, with some tension due to recently included contributions to the theoretical prediction of \epsilon_K and the updated lattice average for B_K. Generalizing the UT analysis to investigate NP effects, constraints on b -&gt; s transitions are also included and both CKM and NP parameters are fitted simultaneously. The most interesting result in this analysis is the hint of NP found in the B_s-\bar B_s mixing at the level of more than 2 sigma.</abstract>
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  <title>10 - Beyond the Standard Model (theory and experimental searches)</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Robert" middle="" last="Roser"></name>
    <organization>Fermilab</organization>
    <email>roser@fnal.gov</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 242B</room>
  </location>
  <startDate>2010-07-24T16:15:00</startDate>
  <endDate>2010-07-24T18:00:00</endDate>
  <duration>01:45</duration>
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   <ID>1110</ID>
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   <type>
    <id>0</id>
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   </type>
   <title>Search for Massive Long Lived Particles, quirks, and potential valleys  at the Tevatron</title>
   <speakers>
    <user>
     <title></title>
     <name first="Yunhe" middle="" last="Xie"></name>
     <organization>Fermilab</organization>
     <email>xie@fnal.gov</email>
    </user>
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   <primaryAuthors>
    <user>
     <title></title>
     <name first="Physics Coordinators" middle="" last="D0"></name>
     <organization>D0</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
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    <user>
     <title></title>
     <name first="Thomas" middle="" last="Wright"></name>
     <organization>CDF</organization>
     <email>trwright@umich.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T16:15:00</startDate>
   <endDate>2010-07-24T16:30:00</endDate>
   <duration>00:15</duration>
   <abstract>New physics can present itself in many different ways, in some scenarios, some of the postulated new particles can have a lifetime that allows them to escape typical particle detectors before decaying.  In others, potential new particles with relatively light masses are hypothesized to exist in a “potential valley” separated from the SM by a high potential barrier.  Yet a third postulate are quirks, a hypothetical new fermion bound by a new SU(N) "infracolor" gauge coupling in which the breaking of the "infracolor" string is exponentially suppressed, implying the bound states can have even macroscopic size.  We present the latest search results of for such particles at the Fermilab Tevatron collider.</abstract>
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   <title>Non-universal, Non-anomalous U(1)' in a Model with Anomaly-Mediated SUSY Breaking</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Mu-Chun" middle="" last="Chen"></name>
     <organization>University of California at Irvine</organization>
     <email>muchunc@uci.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Mu-Chun" middle="" last="Chen"></name>
     <organization>University of California at Irvine</organization>
     <email>muchunc@uci.edu</email>
    </user>
    <user>
     <title></title>
     <name first="Jinrui" middle="" last="Huang"></name>
     <organization>University of California at Irvine</organization>
     <email>jinruih@uci.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
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   <startDate>2010-07-24T16:35:00</startDate>
   <endDate>2010-07-24T16:50:00</endDate>
   <duration>00:15</duration>
   <abstract>We propose a Minimal Supersymmetric Standard Model combined with a non-universal, non-anomalous U(1)' symmetry. All anomalies are cancelled in the model without any exotic fields other than the three right-handed neutrinos which are needed to generate neutrino masses. The D-term associated with the U(1)' gives rise to additional contributions to the slepton masses, rendering all slepton masses positive thus solving the slepton mass problem which generically is present in models with anomaly-mediated SUSY breaking. In addition to accommodating all SM fermion mass hierarchy, the U(1)' charges of the matter fields also dictate the flavor structure in the soft SUSY sector, leading to predictions for various flavor violating processes. The U(1)' charges of the superfields also automatically suppress baryon number violating operators.</abstract>
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    <id>0</id>
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   </type>
   <title>Searches for Gauge Mediated Supersymmetry at the Tevatron</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Pierre" middle="" last="Lutz"></name>
     <organization>CEA Orsay</organization>
     <email>lutz@in2p3.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Physics Coordinators" middle="" last="D0"></name>
     <organization>D0</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
    </user>
    <user>
     <title></title>
     <name first="Thomas" middle="" last="Wright"></name>
     <organization>CDF</organization>
     <email>trwright@umich.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T16:55:00</startDate>
   <endDate>2010-07-24T17:10:00</endDate>
   <duration>00:15</duration>
   <abstract>We present a variety of model-independent studies of final states involving photons in combination with other objects. These include charged leptons (including taus), jets (including b-tagged jets), additional photons, and missing energy. Several kinematic distributions are examined in each final state considered to search for discrepancies from the standard model. One of the final states examined, involving a photon, a charged lepton, a b-tagged jet, and missing energy, is employed to study standard model production of t-tbar-gamma in addition to potential new physics. The results use data collected at the Tevatron corresponding to up to 2/fb of integrated luminosity.</abstract>
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   <track>10 - Beyond the Standard Model (theory and experimental searches)</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Dirac Neutralinos and Electroweak Scalar Bosons of N=1/N=2 Hybrid   Supersymmetry at Colliders</title>
   <speakers>
    <user>
     <title></title>
     <name first="Jan" middle="" last="Kalinowski"></name>
     <organization>Inst. Theor. Physics, University of Warsaw</organization>
     <email>jan.kalinowski@fuw.edu.pl</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Jan" middle="" last="Kalinowski"></name>
     <organization>Inst. Theor. Physics, University of Warsaw</organization>
     <email>jan.kalinowski@fuw.edu.pl</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T17:15:00</startDate>
   <endDate>2010-07-24T17:30:00</endDate>
   <duration>00:15</duration>
   <abstract>In the N=1 supersymmetric extension of the Standard Model, neutralinos associated in supermultiplets with the neutral electroweak gauge and Higgs bosons are, as well as gluinos, Majorana fermions. They can be paired with the Majorana fermions of novel gaugino/scalar supermultiplets, as suggested by extended N=2 supersymmetry, to Dirac particles. Matter fields are not extended beyond the standard N=1 supermultiplets in N=1/N=2 hybrid supersymmetry to preserve the chiral character of the theory.
Complementing earlier analyses in the color sector, central elements of such an electroweak scenario are analyzed in the present study. The decay properties of the Dirac fermions and of the scalar bosons are worked out, and the single and pair production channels of the new particles are described for proton collisions at the LHC, and electron/positron and photon-photon collisions at linear colliders. Special attention is paid to modifications of the Higgs sector, identified with an N=2 hypermultiplet, by the mixing with the novel electroweak scalar sector.</abstract>
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   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Di-photon, and Di-lepton Searches at the Tevatron</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Christopher" middle="" last="Hays"></name>
     <organization>University of Oxford</organization>
     <email>christopher.paul.hays@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Physics Coordinators" middle="" last="D0"></name>
     <organization>D0</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
    </user>
    <user>
     <title></title>
     <name first="Thomas" middle="" last="Wright"></name>
     <organization>CDF</organization>
     <email>trwright@umich.edu</email>
    </user>
    <user>
     <title></title>
     <name first="Michal" middle="" last="Kreps"></name>
     <organization>CDF</organization>
     <email>michal.kreps@kit.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 242B</room>
   </location>
   <startDate>2010-07-24T17:35:00</startDate>
   <endDate>2010-07-24T17:50:00</endDate>
   <duration>00:15</duration>
   <abstract>We search for resonances in the invariant mass spectrum of two electromagnetic (EM) object from the decay of new Z' bosons or Randall-Sundrum gravitons to electron-positron and/or photon pairs at the Tevatron.  In addition, various studies of collider and cosmological data have found multilepton sources that are not well described by the usual models.  These studies have motivated a theory of a new O(GeV) force that interacts with standard-model particles only through a high-mass intermediary.  This new 'dark' force could produce multiple leptons with small opening angles, dubbed 'lepton jets', at hadron colliders.  We present a general search for low-mass muon pairs at high transverse momentum, with sensitivity to any new light resonance.</abstract>
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 <session>
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  <convener>
   <user>
    <title></title>
    <name first="Nikos" middle="" last="Varelas"></name>
    <organization>Physics Department - University of Illinois at Chicago</organization>
    <email></email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 252B</room>
  </location>
  <startDate>2010-07-24T16:15:00</startDate>
  <endDate>2010-07-24T18:00:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>1038</ID>
   <parentProtection>false</parentProtection>
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   <type>
    <id>0</id>
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   <title>W/Z + Multi-Jet Production at the LHC</title>
   <speakers>
    <user>
     <title></title>
     <name first="David" middle="" last="Kosower"></name>
     <organization></organization>
     <email>david.kosower@cea.fr</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Fernando" middle="" last="Febres Cordero"></name>
     <organization>Universidad Simon Bolivar, Dept. of Physics</organization>
     <email>ffebres@physics.ucla.edu</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title></title>
     <name first="collaboration" middle="" last="Blackhat"></name>
     <organization>x</organization>
     <email></email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-24T16:15:00</startDate>
   <endDate>2010-07-24T16:35:00</endDate>
   <duration>00:20</duration>
   <abstract>We compute the NLO QCD corrections for the production of a weak vector boson (W or Z) in association with up to three jets at the LHC, using the programs BlackHat and SHERPA.  We study total cross sections as well as distributions.  We discuss W polarization phenomena. We also present a study of ratios between related processes, which could enable data-driven background estimations, 
especially with early data sets.</abstract>
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   <track>03 - Perturbative QCD, Jets and Diffractive Physics</track>
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    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>W/Z+jets Results from D0</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Avto" middle="" last="Kharchilava"></name>
     <organization>SUNY at Buffalo</organization>
     <email>avto.kharchilava@cern.ch</email>
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     <title></title>
     <name first="Physics Coordinators" middle="" last="D0"></name>
     <organization>D0</organization>
     <email>d0_physics_coordinators@listserv.fnal.gov</email>
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    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
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   <startDate>2010-07-24T16:40:00</startDate>
   <endDate>2010-07-24T17:00:00</endDate>
   <duration>00:20</duration>
   <abstract>We present several measurements of the differential cross sections for W and Z bosons produced in association with jet(s), using data samples corresponding to integrated luminosities between 1 and 5.4/fb of ppbar collisions collected with the D0 detector. We present differential cross section measurements for Z/gamma*+jet+X relative to the Z\gamma* transverse momentum, relative to the leading jet transverse momentum and rapidity, relative to the transverse momenta of the second and third jets in the event, and relative to angular differenced between the Z\gamma* and the leading jet. We also present differential cross sections for $W$ production in associations with up to 4 jets and a measurement of the ratio of the inclusive cross sections for the Z+b and Z+jets final sates. Measurements are compared to next-to-leading order theoretical predictions and to various event generators.</abstract>
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    <id>0</id>
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   <title>W/Z+Jets Results from CDF</title>
   <speakers>
    <user>
     <title></title>
     <name first="Stefano" middle="" last="Camarda"></name>
     <organization>IFAE Barcelona</organization>
     <email>camarda@ifae.es</email>
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   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Alexandre" middle="" last="Pronko"></name>
     <organization>Fermilab</organization>
     <email>pronko@fnal.gov</email>
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   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
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   <startDate>2010-07-24T17:05:00</startDate>
   <endDate>2010-07-24T17:25:00</endDate>
   <duration>00:20</duration>
   <abstract>The CDF Collaboration has a comprehensive program of studying the production of vector bosons, W and Z, in association with energetic jets. Excellent understanding of the standard model W/Z+jets and W/Z+c,b-jets processes is of paramount importance for the top quark physics and for the Higgs boson and many new physics searches. 
We review the latest CDF results on Z-boson production in association with inclusive and b-quark jets, study of the PT balance in Z+jet events, and a measurement of the W+charm production cross section. The results are based on 4-5 fb-1 of data and compared to various Monte Carlo and next-to-leading order perturbative QCD predictions.</abstract>
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    <id>0</id>
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   </type>
   <title>Precision DIS Measurements at HERA</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Burkard" middle="" last="Reisert"></name>
     <organization>Max-Planck-Institute for Physic, Munich</organization>
     <email>reisert@mppmu.mpg.de</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Katja" middle="" last="Krueger"></name>
     <organization>DESY/Heidelberg</organization>
     <email>kruegerk@mail.desy.de</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Tobias" middle="" last="Haas"></name>
     <organization>DESY</organization>
     <email>tobias.haas@desy.de</email>
    </user>
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    <name></name>
    <address>None</address>
    <room>Salle 252B</room>
   </location>
   <startDate>2010-07-24T17:30:00</startDate>
   <endDate>2010-07-24T17:50:00</endDate>
   <duration>00:20</duration>
   <abstract>A measurement of the inclusive deep inelastic neutral current e+ p scattering cross section is reported in the region of four-momentum transfer squared, 12 GeV^2&lt;Q^2&lt;150 GeV^2, and Bjorken x, 2 times 10^-4&lt;x&lt;0.1. The results are based on data collected by the H1 Collaboration at the ep collider HERA at positron and proton beam energies of E e = 27.6 GeV and Ep = 920GeV, respectively. The data are combined with previously published data, taken at Ep = 820GeV. The accuracy of the combined measurement is typically in the range of 1.3-2%. A QCD analysis at next-to-leading order is performed to determine the parton distributions in the proton based on H1 data.
A measurement of the inclusive ep scattering cross section is presented in the region of low momentum transfers, 0.2&lt;Q2&lt;12 GeV^2, and low Bjorken x, 5 times 10^-6&lt;x&lt;0.02. The result is based on two data sets collected in dedicated runs by the H1 Collaboration at HERA at beam energies of 27.6 GeV and 920 GeV for positrons and protons, respectively. A combination with data previously published by H1 leads to a cross section measure- ment of a few percent accuracy. A kinematic reconstruction method exploiting radiative ep events extends the measurement to lower Q2 and larger x. The data are compared with theoretical models which apply to the transition region from photoproduction to deep inelastic scattering.
The inclusive single differential cross section dsigma/dQ^2 and the reduced double differential cross section sigma~(x,Q^2) are presented for the charged current process, e+/- p -&gt; v X, in interactions with longitudinally polarised lepton beams using the complete HERA-II data set. The cross sections are measured in the region of large negative four-momentum transfer squared Q^2 &gt;= 200 GeV^2 and inelasticity y&lt;0.9. In addition the total cross section for Q^2 &gt; 400 GeV^2 and inelasticity y&lt;0.9 is measured. Together with the corresponding cross section obtained from the previously published unpolarised data, the polarisation dependence of the charged current cross section is measured and found to be in agreement with the Standard Model prediction. 
The inclusive single differential cross section dsigma/dQ^2 and the reduced double differential cross section sigma~(x,Q^2) are presented for the neutral current process, e^{+/-} p -&gt; e^{+-} X, in interactions with longitudinally polarised lepton beams using the complete HERA-II data set. The cross sections are measured in the region of large negative four-momentum transfer squared Q^2 &gt;= 200 GeV^2 and inelasticity y&lt;0.9. The data are consistent with the expected Q^2 dependence of polarised cross sections. The data are compared to predictions of the Standard Model which is able to provide a good description of the data. 
A measurement is presented of the longitudinal proton structure function F_{L}(x,Q^{2}) derived from inclusive deep inelastic $ep$ scattering cross section measurements with the H1 detector at HERA. The data were taken in the year 2007 at a positron beam energy of E_{e}=27.5 GeV and proton beam energies E_p of 920 GeV, 575 GeV and 460 GeV. The measurements of F_L use different parts of the H1 detector covering when combined a range of four-momentum transfers squared 5 &lt;= Q^2 &lt;= 800 GeV^2 and  Bjorken x between 0.0001 and 0.035. The data are compared with higher order QCD predictions. 
The energy dependence of the total photon-proton cross-section is determined using data of three different proton beam energies collected with the ZEUS detector at HERA. These measurements correspond to centre-of-mass energies of 225 GeV, 250 GeV and 320 GeV. 
The charm contribution F2^cc to the proton structure function F2 is determined. The results of D meson production cross section measurements are combined with the measurements using semi-leptonic decays into muons as well as inclusive track measurements. The correlations of the systematic uncertainties between different measurements are taken into account. The data cover the kinematic range of photon virtuality 2 &lt; Q^2 &lt; 1000 GeV^2 and Bjorken scaling variable 10^-5 &lt; x &lt; 10^-1. 
A combination of the inclusive deep inelastic cross sections measured by the H1 and ZEUS Collaborations for ep scattering with nominal and reduced proton-beam energies, Ep=920 GeV, Ep=460 GeV and 575 GeV, is presented. The combination method used takes the correlations of systematic uncertainties into account, resulting in improved accuracy. From the combined data the proton structure function, F_L, is extracted in the region of 2.5 &lt; Q^2 &lt; 800 GeV^2. 
Measurements of the neutral current cross sections for deep inelastic scattering in e-p collisions at HERA with a longitudinally polarised electron beam are presented. The single-differential cross-sections dsigma/dQ^2, dsigma/dx and dsigma/dy and the double-differential cross sections in Q2 and x are measured in the kinematic region y &lt; 0.9 and Q^2 &gt; 185 GeV^2 for both positively and negatively polarised electron beams and for each polarisation state separately. The measurements are based on an integrated luminosity of 169.9 pb^-1 taken with the ZEUS detector in 2005 and 2006 at a centre-of-mass energy of 318 GeV. The structure functions xF_3 and xF_3^gamma Z are determined by combining the e-p results presented in this paper with previously measured e+p neutral current data. The asymmetry parameter A- is used to demonstrate the parity violating effects of electroweak interactions at large spacelike photon virtuality. The measurements agree well with the predictions of the Standard Model. 
A combination is presented of the inclusive deep inelastic cross sections measured by the H1 and ZEUS Collaborations in neutral and charged current unpolarised ep scattering at HERA during the period 1994-2000. The data span six orders of magnitude in negative four-momentum-transfer squared, Q^2, and in Bjorken x. The combination method used takes the correlations of systematic uncertainties into account, resulting in an improved accuracy. The combined data are the sole input in a NLO QCD analysis which determines a new set of parton distributions, HERAPDF1.0, with small experimental uncertainties. This set includes an estimate of the model and parametrisation uncertainties of the fit result. 
Measurements of the cross sections for charged current deep inelastic scattering in e-p collisions with longitudinally polarised electron beams are presented. The measurements are based on a data sample with an integrated luminosity of 175pb-1 collected with the ZEUS detector at HERA at a centre-of-mass energy of 318 GeV. The total cross section is given for positively and negatively polarised electron beams. The differential cross-sections dsigma/dQ2, dsigma/dx and dsigma/dy are presented for Q2 &gt; 200 GeV2. The double-differential cross-section d^2sigma/dxdQ2 is presented in the kinematic range 280 &lt; Q2 &lt; 30000 GeV2 and 0.015 &lt; x &lt; 0.65. The measured cross sections are compared with the predictions of the Standard Model. 
Measurements of the cross sections for charged current deep inelastic scattering in e+p collisions with a longitudinally polarised positron beam are presented. The measurements are based on a data sample with an integrated luminosity of 132 pb-1 collected with the ZEUS detector at HERA in 2006 and 2007 at a centre-of-mass energy of 318 GeV. The total cross section is presented at positive and negative values of the longitudinal polarisation of the positron beams. The single-differential cross sections dsigma/dQ2, dsigma/dx and dsigma/dy are presented for Q2 &gt; 200 GeV2. The reduced double-differential cross section is presented in the kinematic range 280 &lt; Q2 &lt; 30 000 GeV2 and 0.0078 &lt; x &lt; 0.42. The cross section measurements agree well with the predictions of the Standard Model. In addition, a linear fit is applied to the total cross section as a function of polarisation. The fit is extrapolated to determine the upper limit on the cross section for a fully left-handed positron beam. The lower limit on the mass of a hypothetical W boson which couples to right-handed particles is then extracted. 
A new method is employed to measure the neutral current cross section up to Bjorken-x values of one with the ZEUS detector at HERA using an integrated luminosity of 187 pb-1 of e-p collisions at sqrt(s) = 318 GeV. Cross sections have been extracted for Q^2 &gt;= 575 GeV^2. A much improved precision with respect to the previous ZEUS publication, which only used 16.7 pb-1 of e-p collisions, is acheived, owing to the larger data sample  and improved kinematic reconstruction methods.The meassurement is well  descibed by predictions based on the CTEQ6D PDFs. 
The reduced cross sections for ep deep inelastic scattering have been measured with the ZEUS detector at HERA at three different centre-of-mass energies, 318, 251 and 225 GeV. From the cross sections, measured double differentially in Bjorken x and the virtuality, Q2, the proton structure functions F_L and F_2 have been extracted in the region 0.0005&lt;x&lt;0.007 and 20&lt;Q2&lt;130 GeV^2. 
The measurements of the reduced cross sections for e+p deep inelastic scattering at high inelasticities y for three different centre-of-mass energies, 318, 251 and 225 GeV have been extended to lower momentum transfered squared, Q^2. The analysis of satellite vertex events allows to extend the cross section measurement at high y down to Q^2 = 5 GeV^2, substantially lower than the previously published cross section measurements from which the longitudinal structure function, FL, was extracted.</abstract>
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 </session>
 <session>
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  <parentProtection>false</parentProtection>
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  <code>07-5</code>
  <title>07 - Neutrinos</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Andre" middle="" last="de Gouvea"></name>
    <organization>Northwestern University</organization>
    <email>degouvea@northwestern.edu</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle  Maillot</room>
  </location>
  <startDate>2010-07-24T16:15:00</startDate>
  <endDate>2010-07-24T18:00:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>637</ID>
   <parentProtection>false</parentProtection>
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   <track>07 - Neutrinos</track>
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    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Latest results from the MINOS experiment</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Justin" middle="" last="Evans"></name>
     <organization>University College London</organization>
     <email>evansj@hep.ucl.ac.uk</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Justin" middle="" last="Evans"></name>
     <organization>University College London</organization>
     <email>evansj@hep.ucl.ac.uk</email>
    </user>
   </primaryAuthors>
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    <name></name>
    <address>None</address>
    <room>Salle  Maillot</room>
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   <startDate>2010-07-24T16:15:00</startDate>
   <endDate>2010-07-24T16:35:00</endDate>
   <duration>00:20</duration>
   <abstract>The MINOS experiment utilizes the NuMI neutrino beam to study the phenomenon of neutrino oscillations. Neutrinos are sent over a baseline of 735 km, with a detector near the production point at Fermilab and one at the Soudan underground laboratory in northern Minnesota. By observing the neutrino disappearance characteristic of oscillations, MINOS can measure the oscillation parameters. MINOS has previously made the best measurement of the atmospheric-regime mass splitting to date. I will present new results, released this summer, in which the dataset is doubled. Further analysis improvements, and the inclusion of additional event samples, further improve the sensitivity to the oscillation parameters. The corresponding antineutrino oscillation parameters are much less precisely known. From September 2009 to March 2010, MINOS has taken data with a dedicated antineutrino beam, allowing the first direct precision measurement of the antineutrino oscillation parameters in the atmospheric regime. I will present the results of this measurement, which is an important test of CPT invariance in the neutrino sector.</abstract>
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    <title>Slides</title>
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    <id>0</id>
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   <title>Theoretical Frameworks for Neutrino Masses </title>
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    <user>
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     <name first="Ferruccio" middle="" last="Feruglio"></name>
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    <name></name>
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   <startDate>2010-07-24T16:40:00</startDate>
   <endDate>2010-07-24T16:55:00</endDate>
   <duration>00:15</duration>
   <abstract>Neutrino oscillations represent the first, and so far unique, evidence for the incompleteness of the Standard Model (SM) of particle interactions.
After summarizing the main theoretical questions raised by the discovery of neutrino oscillations, theoretical concepts and ideas leading to extensions of the SM compatible with the present experimental data will be reviewed. Possible tests of some representative models at existing and future facilities will be also discussed.</abstract>
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    <id>0</id>
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   <startDate>2010-07-24T17:00:00</startDate>
   <endDate>2010-07-24T17:15:00</endDate>
   <duration>00:15</duration>
   <abstract>The MiniBooNE neutrino oscillation search experiment at Fermilab has recently completed the analysis of anti-neutrino data it has collected in Fermilab's booster neutrino beam. With 5.66x10**20 protons on target in anti-neutrino mode the experiment is now becoming sensitive the the excess numubar-nuebar signal observed by LSND. This presentation will discuss the MiniBooNE data, its interpretation, and its implications to the neutrino community.</abstract>
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  <contribution>
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    <id>0</id>
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   <title>Neutrinos and Supernova</title>
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     <organization>Ohio State University</organization>
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     <title>Dr.</title>
     <name first="Basudeb" middle="" last="Dasgupta"></name>
     <organization>Ohio State University</organization>
     <email>basudeb@gmail.com</email>
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    <name></name>
    <address>None</address>
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   <startDate>2010-07-24T17:20:00</startDate>
   <endDate>2010-07-24T17:35:00</endDate>
   <duration>00:15</duration>
   <abstract>Neutrinos emitted from a supernova encode information about neutrino physics and astrophysics. Interpreting the neutrino signal depends crucially on understanding neutrino production, flavor mixing during propagation, and detection. 
In this talk, we review the physics potential of a SN neutrino observation.</abstract>
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   <type>
    <id>0</id>
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   <title>Radiative generation of neutrino masses and its experimental signals</title>
   <speakers>
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     <title>Prof.</title>
     <name first="Kaladi" middle="" last="Babu"></name>
     <organization>Oklahoma State University</organization>
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   <primaryAuthors>
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     <title>Prof.</title>
     <name first="Kaladi" middle="" last="Babu"></name>
     <organization>Oklahoma State University</organization>
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   <startDate>2010-07-24T17:40:00</startDate>
   <endDate>2010-07-24T17:55:00</endDate>
   <duration>00:15</duration>
   <abstract>I will first summarize the radiative mass generation mechanism for small neutrino masses, which is an alternative to the seesaw mechanism.  Because of loop and chirality suppressions, this mechanism typically requires the scale of new physics to be near the TeV.  A recent discovery wherein small neutrino masses arise as two-loop radiative corrections via leptoquark exchange will be presented.  The leptoquarks must be within reach of the LHC.  In the neutrino sector this class of models predict, by virtue of the structure of the neutrino mass matrix, that the angle theta_{13} should be near its current limit. Leptoquark decays probe the neutrino mass generation mechanism, with their branching ratios into e, mu and tau correlated with the neutrino oscillation phase delta.  
This work is primarily based on a forthcoming paper "Two-loop neutrino mass generation via leptoquarks", by K.S. Babu and J. Julio. The radiative generation mechanism has long history, my contributions in this area include "Two loop neutrino mass generation and its experimental consequences", by K.S. Babu and C. Macesanu, Phys.Rev.D67:073010,2003, and "Model of calculable neutrino masses", by K.S. Babu, Phys.Lett.B203:132,1988.</abstract>
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    <name first="Stefan" middle="" last="Westerhoff"></name>
    <organization>University of Wisconsin-Madison</organization>
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   <name></name>
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  <startDate>2010-07-24T16:15:00</startDate>
  <endDate>2010-07-24T18:00:00</endDate>
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   <title>GeV to Multi-TeV Cosmic Ray: Experimental Status and Future Prospects</title>
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     <name first="Martin" middle="" last="Pohl"></name>
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   <abstract>I review the present experimental situation of high energy cosmic rays, in the GeV to multi-TeV region. Performance of existing instruments, spectrum and composition measurements are presented. Future instruments and their expected contributions to questions like cosmic ray origin, acceleration and propagation, as well as non-standard sources like dark matter are commented on.</abstract>
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   <title>Results from the High Resolution Fly's Eye Experiment</title>
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     <organization>university of Utah</organization>
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     <name first="Pierre" middle="" last="Sokolsky"></name>
     <organization>University of Utah</organization>
     <email>ps@cosmic.utah.edu</email>
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   <startDate>2010-07-24T16:35:00</startDate>
   <endDate>2010-07-24T16:52:00</endDate>
   <duration>00:17</duration>
   <abstract>The High Resolution Fly's Eye (HiRes) experiment studied ultrahigh energy cosmic rays using the fluorescence technique.  HiRes had two fluorescence sites located atop desert mountains in west-central Utah, and ran from 1997-2006.  Results from the complete HiRes data set will be presented, on the spectrum, composition, and anisotropy of cosmic rays.</abstract>
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     <title></title>
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     <organization>University of Utah</organization>
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     <title>Prof.</title>
     <name first="Gordon" middle="" last="Thomson"></name>
     <organization>University of Utah</organization>
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    <name></name>
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   <startDate>2010-07-24T16:55:00</startDate>
   <endDate>2010-07-24T17:08:00</endDate>
   <duration>00:13</duration>
   <abstract>The Telescope Array (TA) Experiment is a hybrid experiment located in west-central Utah that studies ultrahigh energy cosmic rays.  The TA experiment has a surface detector of 507 scintillation counters deployed on a 1.2 km grid, and three fluorescence detector stations arranged around the surface detector which overlook it.  TA is the largest cosmic ray detector in the northern hemisphere.  TA results on the spectrum and composition of cosmic rays will be presented.</abstract>
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     <title></title>
     <name first="Karl-Heinz" middle="" last="Kampert"></name>
     <organization>Universität Wuppertal</organization>
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     <name first="Karl-Heinz" middle="" last="Kampert"></name>
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     <email>kampert@uni-wuppertal.de</email>
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    <name></name>
    <address>None</address>
    <room>Salle 251</room>
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   <startDate>2010-07-24T17:10:00</startDate>
   <endDate>2010-07-24T17:27:00</endDate>
   <duration>00:17</duration>
   <abstract>The Pierre Auger Observatory is a hybrid air shower experiment which uses multiple detection techniques to investigate the origin, spectrum, and composition of ultra-high energy cosmic rays. We present recent results on these topics and discuss their implications to the understanding the origin of the most energetic particles in nature as well as for physics beyond the Standard Model, such as violation of Lorentz invariance and “top-down” models of cosmic ray production. 
Future plans, including enhancements underway at the southern site in Argentina will be presented.</abstract>
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   <title>The trouble with ultra-high-energy cosmic rays</title>
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     <title>Prof.</title>
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     <organization>New York University</organization>
     <email>gf25@nyu.edu</email>
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     <title>Prof.</title>
     <name first="Glennys" middle="" last="Farrar"></name>
     <organization>New York University</organization>
     <email>gf25@nyu.edu</email>
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    <name></name>
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    <room>Salle 251</room>
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   <startDate>2010-07-24T17:30:00</startDate>
   <endDate>2010-07-24T17:43:00</endDate>
   <duration>00:13</duration>
   <abstract>Data relating to the composition and sources of UHECRs appear to be self-contradictory.  The observations will be reviewed and the question will be addressed of whether there is any way to reconcile the observations.  Different options and possible interpretations will be discussed.</abstract>
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  <contribution>
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   <parentProtection>false</parentProtection>
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   <track>11 - Particle Astrophysics and Cosmology</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Hadron production at fixed target energies and extensive air showers</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Michael" middle="" last="Unger"></name>
     <organization>Karlsruhe Institute of Technology</organization>
     <email>michael.unger@kit.edu</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Michael" middle="" last="Unger"></name>
     <organization>Karlsruhe Institute of Technology</organization>
     <email>michael.unger@kit.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 251</room>
   </location>
   <startDate>2010-07-24T17:45:00</startDate>
   <endDate>2010-07-24T17:58:00</endDate>
   <duration>00:13</duration>
   <abstract>NA61/SHINE is a fixed-target experiment to study hadron production in hadron-nucleus and nucleus-nucleus collisions at the CERN SPS. Due to the very good acceptance and particle identification in forward direction, NA61/SHINE is well suited for measuring particle production to improve the reliability of air shower simulations. We show the energy and phase space regions of secondary particles in hadronic interactions that are of relevance to muon production in air showers. These phase space regions of interest are almost completely covered by NA61/SHINE. Data with proton and pion beams have been taken in 2007 and 2009. First analysis results for the pion yield in proton-carbon interactions at 30 GeV will be shown and compared to predictions from models used in air shower simulations. Implications of the results will be discussed and planned analyses outlined.</abstract>
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    <description></description>
    <type></type>
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 <session>
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  <code>14-3</code>
  <title>14 - Future Machines and Projects</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Mel" middle="" last="Shochet"></name>
    <organization>Enrico Fermi Institute</organization>
    <email>shochet@hep.uchicago.edu</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 253</room>
  </location>
  <startDate>2010-07-24T16:15:00</startDate>
  <endDate>2010-07-24T18:00:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>1067</ID>
   <parentProtection>false</parentProtection>
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   <track>14 - Future Machines and Projects</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Project-X at Fermilab</title>
   <speakers>
    <user>
     <title></title>
     <name first="Bob" middle="" last="Tschirhart"></name>
     <organization>Fermilab</organization>
     <email>tsch@fnal.gov</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Bob" middle="" last="Tschirhart"></name>
     <organization>Fermilab</organization>
     <email>tsch@fnal.gov</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-24T16:15:00</startDate>
   <endDate>2010-07-24T16:35:00</endDate>
   <duration>00:20</duration>
   <abstract>Fermilab is leading an international consortium to develop the design of “Project-X” which is an accelerator complex based on a new H- linac that will drive a broad range of experiments at the Intensity Frontier. Project X will provide multi-MW beams from the Main Injector over the energy range 60-120 GeV, simultaneous with mult-MW beams at 3 GeV.  The Project-X research program includes world-leading sensitivity in long-baseline neutrino experiments, neutrino scattering experiments, and a rich program of ultra-rare decay and electric dipole moment experiments that are sensitive to most new physics scenarios beyond the Standard Model. Shared technology development with ILC and the Muon Collider will establish a bridge to future facilities at the energy frontier. This talk will describe the Project-X accelerator configuration, associated performance projections, status of the accelerator and detector R&amp;D program and the strategy for moving forward.</abstract>
   <material>
    <ID>slides</ID>
    <title>Slides</title>
    <description></description>
    <type></type>
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    <files>
     <file>
      <name>ICHEP-Fermilab-Project-X_talk_with_spare_slides_v2.pdf</name>
      <type>pdf</type>
      <url>http://indico.cern.ch/getFile.py/access?contribId=1067&amp;sessionId=57&amp;resId=2&amp;materialId=slides&amp;confId=73513</url>
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  <contribution>
   <ID>1074</ID>
   <parentProtection>false</parentProtection>
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   <track>14 - Future Machines and Projects</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>The International Design Study for the Neutrino Factory</title>
   <speakers>
    <user>
     <title>Prof.</title>
     <name first="Kenneth" middle="" last="Long"></name>
     <organization>Imperial College London</organization>
     <email>k.long@imperial.ac.uk</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Prof.</title>
     <name first="Ken" middle="" last="Long"></name>
     <organization>Imperial College London</organization>
     <email>k.long@imperial.ac.uk</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-24T16:40:00</startDate>
   <endDate>2010-07-24T17:00:00</endDate>
   <duration>00:20</duration>
   <abstract>The International Design Study for the Neutrino Factory (the IDS-NF) has been established by the Neutrino Factory community to deliver the Reference Design Report (RDR) for the facility by the 2012/13 decision point identified by the Strategy Session of CERN Council.  The baseline design for the facility will provide 10^21 muon decays per year from 25 GeV stored muon beams.  The facility will serve two neutrino detectors; one situated at source-detector distance of between 3000—5000 km, the second at 7000—8000 km.  The discovery reach of the Neutrino Factory will be presented and compared with alternative techniques (beta-beam and super-beam).  The option of a ‘low-energy’ Neutrino Factory, which may be attractive if θ13 is found to be large, will be presented.  The muon-beam requirements will be defined and the specification of the accelerator facility required to deliver them will be described.  The accelerator subsystems of which the facility is comprised will be briefly described along with an outline of some of the challenges such a facility presents.  Several technologies are being discussed for the magnetised neutrino detectors: iron calorimeters; giant liquid argon TPCs; and totally active scintillating detectors.  The IDS-NF baseline option is a 100 Kton magnetised iron sampling calorimeter at the intermediate baseline and a 50 Kton detector at the magic baseline.  A near detector of much smaller mass for precise measurement of neutrino flux and neutrino cross-sections will be situated close to the end of the muon storage ring straight section(s).  The various detector options will be discussed, covering the most important aspects: performance; technological challenges; as well as the R&amp;D program and expected cost drivers.</abstract>
   <material>
    <ID>slides</ID>
    <title>Slides</title>
    <description></description>
    <type></type>
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      <name>2010-07-24-Long-Paris.pptx</name>
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  </contribution>
  <contribution>
   <ID>1075</ID>
   <parentProtection>false</parentProtection>
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   <track>14 - Future Machines and Projects</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>The Research and Development Program towards an Energy-Frontier Muon Collider</title>
   <speakers>
    <user>
     <title></title>
     <name first="Gail" middle="" last="Hanson"></name>
     <organization>University of California</organization>
     <email>gail.hanson@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Gail" middle="" last="Hanson"></name>
     <organization>University of California, Riverside</organization>
     <email>gail.hanson@ucr.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-24T17:05:00</startDate>
   <endDate>2010-07-24T17:25:00</endDate>
   <duration>00:20</duration>
   <abstract>The physics potential of a high-energy lepton collider has been shown to be extraordinary. This facility is capable of detailed studies of potential new physics uncovered at the LHC and can extend the search to mass scales beyond those accessible at the LHC. The Muon Collider provides a possible realization of a multi-TeV lepton collider. A muon accelerator facility that leads to a multi-TeV Muon Collider presents the unique opportunity to explore new physics within a number of distinct programs that can be brought online as the facility evolves. This paper will give an introduction to the Muon Collider facility and its unique capabilities, will discuss the Research and Development program that strives to make it a reality and finally will briefly give some detail regarding the machine-detector interface, background issues and detector performance.</abstract>
   <material>
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  </contribution>
  <contribution>
   <ID>1028</ID>
   <parentProtection>false</parentProtection>
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   <track>14 - Future Machines and Projects</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>LHC machine upgrades</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Roger" middle="" last="Bailey"></name>
     <organization>CERN</organization>
     <email>roger.bailey@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Steve" middle="" last="Myers"></name>
     <organization>CERN</organization>
     <email>steve.myers@cern.ch</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Lucio" middle="" last="Rossi"></name>
     <organization>CERN</organization>
     <email>lucio.rossi@cern.ch</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 253</room>
   </location>
   <startDate>2010-07-24T17:30:00</startDate>
   <endDate>2010-07-24T17:50:00</endDate>
   <duration>00:20</duration>
   <abstract>The plans for increasing the integrated luminosity of the LHC beyond its nominal parameters are well under way. The first upgrade is based on improvement of the collimation system, probably the most limiting factor at present. This will allow to reach and to pass the nominal 10^34 cm^-2 s^-1.  Other improvements in the injector chain (Linac4, PSB at 2 GeV, SPS upgrade) and in the LHC ring (a new cryo-plant for cooling of SC RF cavities, removal of radiation limitation in electronic equipment, etc.) should be able to bring us around 1.7-2  10^34 cm^-2s^-1. Then, in the longer term a major upgrade involving :
•	a new Inner Triplets and insertion magnets (possibly based on High Field Nb3Sn technology)
•	a revision of the matching region and  of the corrector system
•	Crab Cavities to allow full exploitation of the low beta* of the new triplet
•	new cryoplants dedicated to the cooling of the new magnets and cavities in the two high luminosity IRs. 
The implementation of this new scheme accompanied by other possible improvements under consideration (shorter bunches, etc.) should allow a peak luminosity of ~ 5 10^34 cm^-2 s^-1 and improved luminosity lifetime by “luminosity leveling”. Finally, the very preliminary outcome of first discussions and studies on a LHC energy upgrade to around 28-33 TeV cm will be presented.</abstract>
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 </session>
 <session>
  <ID>58</ID>
  <parentProtection>false</parentProtection>
  <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
  <code>13-4</code>
  <title>13 - Advances in Instrumentation and Computing for HEP</title>
  <description></description>
  <convener>
   <user>
    <title></title>
    <name first="Ties" middle="" last="Behnke"></name>
    <organization>Deutsches Elektronen Synchrotron (DESY)</organization>
    <email>ties.behnke@desy.de</email>
   </user>
  </convener>
  <location>
   <name></name>
   <address>None</address>
   <room>Salle 252A</room>
  </location>
  <startDate>2010-07-24T16:15:00</startDate>
  <endDate>2010-07-24T18:00:00</endDate>
  <duration>01:45</duration>
  <contribution>
   <ID>365</ID>
   <parentProtection>false</parentProtection>
   <materialList>[["4", "Announcements"], ["minutes", "Minutes"], ["paper", "Paper"], ["poster", "Poster"], ["slides", "Slides"]]</materialList>
   <track>13 - Advances in Instrumentation and Computing for HEP</track>
   <type>
    <id>0</id>
    <name>Parallel Session Talk</name>
   </type>
   <title>Online track reconstruction at hadron colliders</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Silvia" middle="" last="Amerio"></name>
     <organization>INFN Padova</organization>
     <email>silvia.amerio@pd.infn.it</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title>Dr.</title>
     <name first="Silvia" middle="" last="Amerio"></name>
     <organization>INFN Padova</organization>
     <email>silvia.amerio@pd.infn.it</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Francesco" middle="" last="Crescioli"></name>
     <organization>University of Pisa &amp; INFN Pisa</organization>
     <email>francesco.crescioli@pi.infn.it</email>
    </user>
   </primaryAuthors>
   <coAuthors>
    <user>
     <title>Dr.</title>
     <name first="Alberto" middle="" last="Annovi"></name>
     <organization>INFN LNF</organization>
     <email>annovi@fnal.gov</email>
    </user>
    <user>
     <title>Mr.</title>
     <name first="Marco" middle="" last="Bettini"></name>
     <organization>INFN Padova</organization>
     <email>marco.bettini@pd.infn.it</email>
    </user>
    <user>
     <title>Ms.</title>
     <name first="Martina" middle="" last="Bucciantonio"></name>
     <organization>University of Pisa &amp; INFN Pisa</organization>
     <email>martina.bucciantonio@pi.infn.it</email>
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    <user>
     <title>Dr.</title>
     <name first="Pierluigi" middle="" last="Catastini"></name>
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     <email>catastini@fnal.gov</email>
    </user>
    <user>
     <title>Prof.</title>
     <name first="Mauro" middle="" last="Dell'Orso"></name>
     <organization>University of Pisa &amp; INFN Pisa</organization>
     <email>mauro.dellorso@pi.infn.it</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Paola" middle="" last="Giannetti"></name>
     <organization>INFN Pisa</organization>
     <email>paola.giannetti@pi.infn.it</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Donatella" middle="" last="Lucchesi"></name>
     <organization>University of Padova &amp; INFN Padova</organization>
     <email>donatella.lucchesi@pd.infn.it</email>
    </user>
    <user>
     <title>Mr.</title>
     <name first="Marino" middle="" last="Nicoletto"></name>
     <organization>INFN Padova</organization>
     <email>marino.nicoletto@pd.infn.it</email>
    </user>
    <user>
     <title>Mr.</title>
     <name first="Marco" middle="" last="Piendibene"></name>
     <organization>University of Pisa &amp; INFN Pisa</organization>
     <email>marco.piendibene@pi.infn.it</email>
    </user>
    <user>
     <title>Dr.</title>
     <name first="Guido" middle="" last="Volpi"></name>
     <organization>University of Pisa &amp; INFN Pisa</organization>
     <email>guido.volpi@pi.infn.it</email>
    </user>
   </coAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-24T16:15:00</startDate>
   <endDate>2010-07-24T16:30:00</endDate>
   <duration>00:15</duration>
   <abstract>Real time event reconstruction plays a fundamental role in High Energy Physics experiments. Reducing the rate of data to be saved on tape from millions to hundreds per second is critical. In order to increase the purity of the collected samples, rate reduction has to be coupled with the capability to simultaneously perform a first selection of the most interesting events. A fast and efficient online track reconstruction is important to effectively trigger on leptons and/or displaced tracks from b-quark decays. This talk will be an overview of online tracking techniques in different HEP environments: we will show how H1 experiment at Hera faced the challenges of online track reconstruction implementing pattern matching and track linking algorithms on CAMs  and FPGAs in the Fast Track Processor (FTT). The pattern recognition technique is also at the basis of the Silicon Vertex Trigger (SVT) at the CDF experiment at Tevatron: coupled to a very fast fitting phase, SVT allows to trigger on displaced tracks, thus greatly increasing the efficiency for the hadronic B decay modes. A recent upgrade of the SVT track fitter, the Gigafitter, can perform more than 1 fit/ns and further improves the CDF online trigger capabilities at high luminosity. At SLHC, where luminosities will be 2 orders of magnitude greater than Tevatron, online tracking will be much more challenging: we will describe CMS future plans for a Level-1 track trigger  and the Fast Tracker (FTK) processor at the ATLAS experiment, based on the Gigafitter architecture and designed to provide high quality tracks reconstructed over the entire detector in time for a Level-2 trigger decision.luminosity. At SLHC, where luminosities will be 2 orders of magnitude greater than Tevatron, online tracking will be much more challenging: we will describe CMS future plans for a Level-1 track trigger  and the Fast Tracker (FTK) processor at the Atlas experiment, based on the Gigafitter architecture and designed to provide high quality tracks reconstructed over the entire detector in time for a Level-2 trigger decision.We will describe the GF architecture, its performance, the impact on the CDF physics program and its use in the future FTK processor for Atlas.</abstract>
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   <ID>890</ID>
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   <track>13 - Advances in Instrumentation and Computing for HEP</track>
   <type>
    <id>0</id>
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   </type>
   <title>Development of ultra-light pixelated systems based on CMOS sensors for future high precision vertex detectors</title>
   <speakers>
    <user>
     <title></title>
     <name first="Marc" middle="" last="Winter"></name>
     <organization>Institut Pluridisciplinaire Hubert Curien</organization>
     <email>marc.winter@ires.in2p3.fr</email>
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   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Marc" middle="" last="Winter"></name>
     <organization>Institut Pluridisciplinaire Hubert Curien</organization>
     <email>marc.winter@ires.in2p3.fr</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-24T16:35:00</startDate>
   <endDate>2010-07-24T16:50:00</endDate>
   <duration>00:15</duration>
   <abstract>CMOS pixel sensors have demonstrated attractive performances in terms of spatial resolution and material budget. The recent emergence of high resistivity substrates in mass production CMOS processes has originated particularly high signal-to-noise ratios and improved the non-ionising radiation tolerance to fluences close to 10^14 Neq/cm^2. These achievements, obtained with MIMOSA sensors developed at IPHC (Strasbourg) and IRFU (Saclay) will be overviewed and put in perspective of the numerous applications of the sensors. These include collider experiments at RHIC, LHC, ILC and CLIC. The development of ultra-light ladders composed of these sensors and featuring 0.1% to 0.3% of radiation length, will be summarised. The contribution to the conference will also address the evolution of these pixelated systems, including on-going R&amp;D on multi-tier sensors exploiting vertical integration technologies.</abstract>
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  <contribution>
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   <track>13 - Advances in Instrumentation and Computing for HEP</track>
   <type>
    <id>0</id>
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   <title>The LHCb Upgrade</title>
   <speakers>
    <user>
     <title></title>
     <name first="Marina" middle="" last="Artuso"></name>
     <organization>Syracuse university</organization>
     <email>marina.artuso@cern.ch</email>
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   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="speaker’s bureau" middle="" last="LHCb"></name>
     <organization>Institute for Theoretical and Experimental Physics (ITEP)</organization>
     <email>victor.egorychev@cern.ch</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
   </location>
   <startDate>2010-07-24T16:55:00</startDate>
   <endDate>2010-07-24T17:10:00</endDate>
   <duration>00:15</duration>
   <abstract>LHCb probes physics beyond the Standard Model by measuring CP violating and rare b and c decays. It also searches for the production of exotic objects at large rapidities and relatively small transverse momenta. Sensitivities can be greatly enhanced by having an order of magnitude larger data sample than originally planned and a more flexible trigger. We can reconfigure the LHCb experiment to collect data at ten times the rate of its current design. We also can improve the efficiency of triggering on purely hadronic final states by about a factor of two. We will describe the physics objectives of such an upgrade, and discuss the necessary changes in the detector. Our plans include being able to examine each of the 40 MHz of beam crossings in order to decide which events to keep, by reading out the entire detector into a farm of computers and making the selections purely in software. Such a flexible “trigger” design allows for easy and highly efficient changes when different processes or decay modes are indicated to be important to analyze. We also will outline progress for a new pixel based vertex detector and improvements in other systems.</abstract>
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  <contribution>
   <ID>553</ID>
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   <track>13 - Advances in Instrumentation and Computing for HEP</track>
   <type>
    <id>0</id>
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   </type>
   <title>ATLAS Upgrade for the sLHC: meeting the challenges of a five-fold increase in collision rate</title>
   <speakers>
    <user>
     <title>Dr.</title>
     <name first="Andrey" middle="" last="Loginov"></name>
     <organization>Yale University, Physics Department</organization>
     <email>andrey.loginov@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="" middle="" last="ATLAS Collaboration"></name>
     <organization></organization>
     <email>lefebvre@uvic.ca</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
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   <startDate>2010-07-24T17:15:00</startDate>
   <endDate>2010-07-24T17:30:00</endDate>
   <duration>00:15</duration>
   <abstract>With the LHC collecting first data at 7 TeV, plans are already advancing for a series of upgrades leading eventually to about five times the LHC design-luminosity some 10 years from now in the super-LHC (sLHC)  project. The goal is to extend the data set from about 500 fb-1 proposed for the LHC to 3000 fb-1 by around 2030. Coping with the high instantaneous and integrated luminosity will require many changes to the ATLAS detector.  The designs are developing rapidly for an all-new inner-tracker, big changes in the calorimeter and muon systems, as well as improved triggers. This talk summarises the environment expected at the sLHC and the status of the improvements to the ATLAS detector.</abstract>
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  <contribution>
   <ID>1224</ID>
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   <track>13 - Advances in Instrumentation and Computing for HEP</track>
   <type>
    <id>0</id>
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   </type>
   <title>Upgrade of the CMS detector</title>
   <speakers>
    <user>
     <title></title>
     <name first="Ivan Kresimir" middle="" last="Furic"></name>
     <organization>Department of Physics - University of Florida</organization>
     <email>ivan.kresimir.furic@cern.ch</email>
    </user>
   </speakers>
   <primaryAuthors>
    <user>
     <title></title>
     <name first="Bolek" middle="" last="Wyslough"></name>
     <organization>MIT</organization>
     <email>wyslough@mit.edu</email>
    </user>
   </primaryAuthors>
   <location>
    <name></name>
    <address>None</address>
    <room>Salle 252A</room>
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   <startDate>2010-07-24T17:35:00</startDate>
   <endDate>2010-07-24T17:50:00</endDate>
   <duration>00:15</duration>
   <abstract>The CMS detector will be upgraded during the anticipated year-long shutdowns of 2012 and 2015/2016 to enhance its physics reach. Operating after collection of few tens of fb-1 luminosity at nominal energy, the upgraded detector would have already explored the Standard Model higgs sector and TeV-scale SUSY and other new physics processes. The physics program beyond 2015 will be primarily for thorough exploration of higgs sector and any new physics phenomena discovered earlier. While most of the CMS detector is built for operations several hundred fb-1 luminosity will not only mitigate the calorimeter noise problems and data losses in the pixel system for 50 ns operation at design luminosity but also enhance CMS physics capability. The focus of the early upgrades will be on 1) improved pixel detector with four layers, one of which could be closer to the beam pipe, 2) use of higher efficiency light detectors and associated electronics for the hadron calorimeters, 3) additional cathode strip and resistive plate chambers in the forward regions to improve acceptance and redundancy for muons and 4) the trigger system built with more powerful modern processors to increase its functionality. The upgraded pixel system will provide improved b-tagging, pixel track seeding and stand-alone tracking capabilities, which will enhance CMS physics reach in exploring the higgs sector where b-jets and tau-leptons are often produced in association with the higgs boson or in its decays. The calorimeter upgrade improves the resolution of jets and provides better isolation of leptons. The forward muons upgrades will provide additional muon hit measurements to provide higher efficiency and resolution for muons in certain pseudo-rapidity regions, providing significant additional acceptance for muons at the trigger level. The enhanced trigger system will allow CMS to operate at low enough lepton, especially tau-lepton, trigger thresholds to enable the study of the higgs boson properties in both Standard Model and MSSM scenarios.</abstract>
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 <break>
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  <duration>11:00</duration>
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 </break>
 <session>
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  <startDate>2010-07-26T09:00:00</startDate>
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  <duration>01:50</duration>
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   <ID>73</ID>
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   <type>
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   <title>Report on the LHC</title>
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   <endDate>2010-07-26T09:30:00</endDate>
   <duration>00:30</duration>
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   <startDate>2010-07-26T09:30:00</startDate>
   <endDate>2010-07-26T10:10:00</endDate>
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  <contribution>
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   <startDate>2010-07-26T10:10:00</startDate>
   <endDate>2010-07-26T10:50:00</endDate>
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 <break>
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  <endDate>2010-07-26T11:30</endDate>
  <duration>00:40</duration>
  <location>
   <name> </name>
   <address></address>
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  </location>
 </break>
 <session>
  <ID>13</ID>
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  <code>00-2</code>
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  <startDate>2010-07-26T11:30:00</startDate>
  <endDate>2010-07-26T12:30:00</endDate>
  <duration>01:00</duration>
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   <startDate>2010-07-26T11:30:00</startDate>
   <endDate>2010-07-26T12:00:00</endDate>
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